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    • 52. 发明授权
    • Steam generator in horizontal constructional form
    • 蒸汽发生器为水平结构形式
    • US07628124B2
    • 2009-12-08
    • US11884284
    • 2006-02-10
    • Jan BrücknerJoachim FrankeRudolf Kral
    • Jan BrücknerJoachim FrankeRudolf Kral
    • F22B1/18
    • F22B1/1815F22B37/26
    • The invention relates to a steam generator whose continuously heating evaporator surface is arranged in a hot gas channel for a hot gas passage in a substantially horizontal direction and which comprises a plurality of steam generating pipes passed through by flowing medium, wherein a plurality of output collectors which are mounted downstream of certain steam generating pipes, on the side of flowing medium, are oriented in the longitudinal direction thereof substantially parallel to the hot gas direction. The invention improves the steam generator such that it is possible to attain a high operational flexibility, a particularly reduced start- and load-alternation time, including starting operation or light load phases and to maintain a low-cost production. Each output collector comprises an integrated water separating element by means of which said collector is connected, on the side of flowing medium, to a plurality of downstream arranged overheating pipes of an overheating surface.
    • 本发明涉及一种蒸汽发生器,其连续加热蒸发器表面布置在用于基本上水平方向上的热气体通道的热气体通道中,并且包括由流动介质穿过的多个蒸汽发生管,其中多个输出收集器 安装在某些蒸汽发生管的下游的流动介质一侧沿其长度方向大致平行于热气体方向取向。 本发明改进了蒸汽发生器,使得可以实现高操作灵活性,特别是降低的启动和负载交替时间,包括启动操作或轻负载阶段,并保持低成本生产。 每个输出收集器包括一个集成的水分离元件,通过该分离元件,所述收集器在流动介质侧连接到多个下游布置的过热表面的过热管。
    • 54. 发明申请
    • Method for starting a continuous steam generator and continuous steam generator for carrying out said method
    • 用于启动连续蒸汽发生器和连续蒸汽发生器以执行所述方法的方法
    • US20070028859A1
    • 2007-02-08
    • US10570653
    • 2004-08-02
    • Joachim FrankeRudolf KralDieter Schiesser
    • Joachim FrankeRudolf KralDieter Schiesser
    • F22B13/12
    • F22B1/1815F22B29/06F22B35/14Y02P80/156
    • The invention relates to a continuous steam generator provided with an evaporator through flow heating surface which is disposed in a heating gas channel which can be cross flown in an approximately vertical manner in a heating gas device, said evaporator through flow heating surface comprising a plurality of parallel connected steam generating pipes enabling a flow medium to flow through, and an overheating heating surface which is arranged downstream from the evaporator through flow heating surface comprising a plurality of parallel connected overheating pipes enabling the evaporated flow medium to flow through, also enabling production and operational costs to be reduced and enabling the temperature of the steam on the outlet of the overheating heating surface to be controlled in a comparatively simple and flexible manner. The steam end-point of the flow medium is displaced to the overheating pipe, if required. The continuous heating surfaces and the overheating heating surfaces are combined to form one functional unit such that the overheating heating surface can be used as a steam heating surface in a continuous steam generator which is particularly suitable for carrying out said method.
    • 本发明涉及一种连续蒸汽发生器,其具有通过流动加热表面的蒸发器,该蒸发器设置在加热气体通道中,加热气体通道可以在加热气体装置中以大致垂直的方式交叉流动,所述蒸发器通过流动加热表面包括多个 平行连接的蒸汽发生管,使得流动介质流过;以及过热加热表面,其通过流动加热表面布置在蒸发器的下游,该加热表面包括多个平行连接的过热管,使得蒸发的流动介质流过, 减少运行成本,并以相对简单和灵活的方式控制过热加热表面出口的蒸汽温度。 如果需要,流动介质的蒸汽终点被移动到过热管道。 连续加热表面和过热加热表面组合形成一个功能单元,使得过热加热表面可以用作连续蒸汽发生器中的蒸汽加热表面,其特别适合于执行所述方法。
    • 55. 发明申请
    • Horizontally constructed continuous steam generator and method for the operation thereof
    • 水平构造连续蒸汽发生器及其操作方法
    • US20060288962A1
    • 2006-12-28
    • US10570652
    • 2004-08-02
    • Joachim FrankeRudolf Kral
    • Joachim FrankeRudolf Kral
    • F22D1/00
    • F22B29/06F22B1/1815
    • The invention relates to a continuous steam generator provided, in a duct for hot gas circulating in a substantially horizontal direction, with a continuous heating surface of an evaporator comprising a plurality of steam generator tubes which are mounted in parallel for circulating a fluid flow. The inventive device requires exceptionally low construction expenditures and ensures a high degree of safety and a high efficiency. For this purpose, the continuous heating surface of the evaporator is characterized in that it comprises a segment of the heating surface through which a moving fluid flows in an opposite direction with respect to the heated gas direction is positioned in such a way that a saturated steam temperature which is adjusted during operation at the exit from the continuous heating surface deviates from the predetermined maximum value of the temperature of the gas prevailing during operation at the outlet of the segment of the heating surface. In addition, one or several entry collectors are disposed at a close distance from the outlet of the heating surface on the gas side in such a way that the moving fluid has a flow speed in the downpipe which is higher than the minimum speed required for pulling nascent steam bubbles.
    • 本发明涉及一种连续蒸汽发生器,其设置在用于在大致水平方向上循环的热气体的管道中,蒸发器的连续加热表面包括多个并联安装的蒸汽发生器管,用于循环流体流。 本发明的装置需要非常低的施工费用,并确保高度的安全性和高效率。 为此,蒸发器的连续加热表面的特征在于它包括加热表面的一部分,运动流体相对于被加热的气体方向沿相反方向流动,该区域以这样的方式定位,使得饱和蒸汽 在连续加热表面的出口处操作期间调节的温度偏离在加热表面的段的出口处的操作期间主要的气体的温度的预定最大值。 此外,一个或几个入口收集器被设置在与气体侧的加热表面的出口相近的距离处,使得移动流体具有比下拉管中的流速高于拉动所需的最小速度 新生蒸气泡。
    • 56. 发明申请
    • Operating method for a horizontal steam generator and a steam generator for carrying out said method
    • 水平蒸汽发生器和蒸汽发生器的操作方法,用于执行所述方法
    • US20060081359A1
    • 2006-04-20
    • US10527278
    • 2003-08-28
    • Joachim FrankeRudolf KralEberhard Wittchow
    • Joachim FrankeRudolf KralEberhard Wittchow
    • F28D15/00
    • F22B1/1815
    • The invention relates to a steam generator in which the continuous heating panel of an evaporator is arranged in a heating gas channel which can be cross-flown in a more or less horizontal direction of a heating gas. Said continuous heating panel of the evaporator comprises a plurality of pipes of a steam generator which are connected in parallel to each other. Said pipes are constructed in such a way that they cross a flow medium and are provided with the part of a more or less vertical down pipe which can be cross-flown by the flow medium in a downward direction and with the part of a rising pipe connected downstream with respect to the down pipe on the side of the flow medium and which is more or less vertical and can be cross-flown by the flow medium in an upward direction. The continuous heating panel of the evaporator is arranged in such a way that one pipe of the steam generator which is hotter than the other pipe of the steam generator of the same continuous heating panel of the evaporator has a flow medium rate which is higher than that of the other pipe of the steam generator. The aim of said invention is to operate said steam generator in a relatively simple manner in association with a highly stable flow in the continuous heating panel of the evaporator. For this purpose, the flow medium of the continuous heating panel of the evaporator is supplied in such a way that the flow velocity thereof is higher than a minimum flow velocity predefined in the down pipe. The inventive steam generator is extremely well adapted for carrying out said method and comprises another continuous heating panel of the evaporator which is connected downstream with respect to the continuous heating panel of the evaporator on the side of the flow medium.
    • 本发明涉及一种蒸汽发生器,其中蒸发器的连续加热板布置在加热气体通道中,该加热气体通道可以在加热气体的或多或少的水平方向上交叉流动。 所述蒸发器的连续加热板包括彼此并联连接的多个蒸汽发生器管。 所述管道构造成使得它们穿过流动介质并且设置有或多或少垂直的下管的一部分,该垂直向下管可以沿流动介质在向下的方向和与上升管的一部分交叉流动 相对于流动介质侧的下管连接在下游,并且其垂直方向或多或少垂直,并且可以由流动介质沿向上方向交叉流动。 蒸发器的连续加热板以这样的方式布置,使得比蒸发器的相同连续加热板的蒸汽发生器的另一个管更热的蒸汽发生器的一个管道的流动介质速率高于 的蒸汽发生器的另一个管道。 所述发明的目的是以相对简单的方式操作所述蒸汽发生器,与蒸发器的连续加热板中的高度稳定的流相关联。 为此,蒸发器的连续加热板的流动介质以其流速高于下管中预定的最小流速的方式供给。 本发明的蒸汽发生器非常适合于执行所述方法,并且包括蒸发器的另一连续加热板,其相对于流动介质侧的蒸发器的连续加热板连接在下游。
    • 57. 发明申请
    • Steam generator
    • 蒸汽发生器
    • US20060075977A1
    • 2006-04-13
    • US10543602
    • 2003-12-08
    • Joachim FrankeRudolf Kral
    • Joachim FrankeRudolf Kral
    • F22D7/00
    • F22B1/1815
    • A stream generator wherein a continuous evaporating heating surface is disposed in a heating gas duct through which a heating gas flows in an approximately horizontal manner. The continuous evaporating heating surface comprises a plurality of steam-generating pipes which are connected in a parallel manner enabling flowthrough of a flow medium, and is configured in such a manner that a steam-generating pipe which is heated more than another stream-generating pipe of the same continuous evaporating heating surface has a higher throughput of a flow medium compared to the other steam-generating pipe. An object is to produce a particularly low-cost steam generator exhibiting particularly high mechanical stability with different thermal loads. The steam-generating pipe respectively comprises a riser pipe piece which can be cross-flown in an upward direction and which is arranged in an approximately vertical manner in relation to the flow medium; a down pipe piece which can be cross-flown in a downward direction downstream from said flow medium side and another riser pipe piece which can be cross-flown in an upward direction by a flow medium and which is arranged in an approximately vertical manner downstream from the latter flow medium side. Preferably, the other riser pipe piece of the respective steam-generating pipe is arranged in the heating gas duct, when seen in the direction of the heating gas, between the riser pipe piece associated therewith and the down pipe piece associated therewith.
    • 一种流发生器,其中连续蒸发加热表面设置在加热气体管道中,加热气体通过该加热气体管道以大致水平的方式流动。 连续蒸发加热表面包括多个蒸汽发生管,它们并联连接,能够流动介质的流通,并且被配置成使得蒸汽发生管被加热多于另一个流产生管 与其他蒸汽发生管相比,相同的连续蒸发加热表面具有较高的流动介质通量。 目的是生产一种特别低成本的蒸汽发生器,其具有不同热负荷下特别高的机械稳定性。 蒸汽发生管分别包括可以在向上方向上横向流动并且相对于流动介质以大致垂直方式布置的立管管件; 可以在所述流动介质侧下游向下流动的下管件和可通过流动介质在向上方向上横向流动并且以大致垂直方式布置在下游的另一提升管件 后者流媒体侧。 优选地,当从加热气体的方向观察时,相应的蒸汽发生管的另一个提升管件被布置在加热气体管道中,在与其相关联的提升管件和与其相关的下管件之间。
    • 58. 发明授权
    • Fossil-fuel-fired steam generator
    • 化石燃料蒸汽发生器
    • US06446584B1
    • 2002-09-10
    • US09907760
    • 2001-07-18
    • Joachim FrankeRudolf Kral
    • Joachim FrankeRudolf Kral
    • F22G300
    • F22B37/40F22B21/346F22B31/04
    • A steam generator has an especially simple structural concept of a combustion chamber for a predetermined output range and for various qualities of different fossil fuels. The steam generator includes a first combustion chamber and a second combustion chamber which have a respective number of burners for fossil fuel and are constructed for an approximately horizontal main flow direction of heating gas. The first combustion chamber and the second combustion chamber open into a common horizontal gas flue connected upstream of a vertical gas flue on the heating-gas side.
    • 蒸汽发生器具有用于预定输出范围和不同化石燃料质量的燃烧室的特别简单的结构概念。 蒸汽发生器包括第一燃烧室和第二燃烧室,其具有用于化石燃料的相应数量的燃烧器,并且被构造用于加热气体的近似水平的主流动方向。 第一燃烧室和第二燃烧室通向连接在加热气体侧的垂直气体烟道上游的公共水平气体烟道。
    • 60. 发明授权
    • Forced once-through steam generator
    • 强制一次性蒸汽发生器
    • US5529021A
    • 1996-06-25
    • US334421
    • 1994-11-04
    • Axel ButterlinHermann DorrJoachim Franke
    • Axel ButterlinHermann DorrJoachim Franke
    • F22B35/10F22B37/42
    • F22B35/10
    • A forced once-through steam generator with an evaporator heating surface has a control device for a furnace which is controlled by a setpoint value L assigned to the steam generator power and a control device for a feed-water mass flow M into the evaporator heating surface. In order to avoid an overshoot of a specific enthalpy at an outlet of the evaporator heating surface, a device is superimposed on the feedwater control device which serves to derive a variable Q(L1)/,[h.sub.sA (L2)-h.sub.iE) as a setpoint value M.sub.s for the feed-water mass flow. In this case h.sub.iE is the specific enthalpy at an inlet of the evaporator heating surface, Q(L1) is a value derived by a first power value L1 from a function generator for a heat flow into the evaporator heating surface and h.sub.sA (L2) is a setpoint value derived by a second power value L2 from the function generator for the specific enthalpy at the outlet of the evaporator heating surface. L1 is a first power value which is delayed with respect to the setpoint value L assigned to the steam generator power, and L2 is a second power value which is delayed with respect to the first power value L1.
    • 具有蒸发器加热表面的强制一次通过蒸汽发生器具有用于由分配给蒸汽发生器功率的设定点值L控制的炉的控制装置和用于进给蒸发器加热表面的给水质量流量M的控制装置 。 为了避免在蒸发器加热表面的出口处的特定焓的过冲,将装置叠加在给水控制装置上,用于将变量Q(L1)/,[hsA(L2)-hiE)导出为 给水质量流量的设定值Ms。 在这种情况下,hiE是蒸发器加热面入口处的比焓,Q(L1)是从功能发生器获得的热量进入蒸发器加热面的第一功率值L1得出的值,hsA(L2) 由蒸发器加热表面的出口处的比焓的函数发生器的第二功率值L2导出的设定值。 L1是相对于分配给蒸汽发生器功率的设定值L延迟的第一功率值,L2是相对于第一功率值L1延迟的第二功率值。