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    • 2. 发明申请
    • HEAT EXCHANGER APPARATUS
    • 热交换器装置
    • US20100282451A1
    • 2010-11-11
    • US12774973
    • 2010-05-06
    • Krishna P. SinghRanga Nadig
    • Krishna P. SinghRanga Nadig
    • F28F9/013
    • F28D7/06F01K7/06F01K7/40F28F9/0136F28F9/0219F28F9/0241F28F9/22
    • A method, system and/or apparatus for reducing the pressure drop in a heat exchanger. In one aspect, the invention can be a heat exchanger comprising: a shell forming a cavity, the shell comprising an inlet for introducing a shell-side fluid into the cavity and an outlet for allowing the shell-side fluid to exit the cavity; a tube bundle for carrying a tube-side fluid, the tube bundle located in the cavity along a longitudinal axis; at least one stabilizing plate positioned within the cavity and arranged in a substantially transverse orientation, the stabilizing plate comprising a lattice structure having openings, wherein tubes of the tube bundle extend through the openings; and wherein the openings of the lattice structure are sized and shaped so that the tubes contact the lattice structure and a portion of the openings remain unobstructed by the tubes, thereby allowing axial flow of the shell-side fluid through the stabilizing plate.
    • 一种用于减少热交换器中的压降的方法,系统和/或设备。 一方面,本发明可以是一种热交换器,其包括:形成空腔的外壳,壳体包括用于将壳侧流体引入空腔的入口和用于允许壳侧流体离开空腔的出口; 用于承载管侧流体的管束,所述管束沿着纵向轴线位于所述空腔中; 所述至少一个稳定板定位在所述空腔内并且以基本上横向的方向布置,所述稳定板包括具有开口的格子结构,其中所述管束的管延伸通过所述开口; 并且其中所述格子结构的开口的尺寸和形状使得所述管接触所述格子结构,并且所述开口的一部分由所述管保持通过,从而允许所述壳侧流体轴向流动通过所述稳定板。
    • 8. 发明授权
    • Modular tubular heat exchanger
    • 模块化管式换热器
    • US4592416A
    • 1986-06-03
    • US728115
    • 1985-04-29
    • Glenn D. MattisonMichael A. Case
    • Glenn D. MattisonMichael A. Case
    • F28F9/00F28F9/02F28F7/00
    • F28F9/0241F28F9/00Y10S165/059
    • A heat exchange apparatus (10) formed of a plurality of heat exchange modules (20) mounted together in side-by-side relationship to form a box-like array. Each heat exchange module (20) houses a multiplicity of heat exchange tubes (44) which provide a flow passage through which a first heat exchange fluid, such as air, is passed in heat exchange relationship with a second heat exchange fluid, such as flue gas, passing through the heat exchange apparatus over the heat exchange tubes. Each heat exchange module (20) is comprised of a rectangular box-like support frame (30) formed of a pair of spaced apart end frames (32a,32b) interconnected at their respective corners by longitudinally elongated support members (34a,34b), a tube bundle assembly (40) disposed within the support frame, and attachment means (50,50') for mounting the tube bundle assembly to the support frame, the attachment means (50') including expansion means (52) for accommodating translational movement of at least one tube sheet (42a) of the tube bundle assembly within the support frame as the heat exchange tubes of the tube bundle assembly expand or contract longitudinally.
    • 一种热交换装置(10),其由多个并排安装在一起的热交换模块(20)形成,形成盒状阵列。 每个热交换模块(20)容纳多个热交换管(44),所述热交换管(44)提供流动通道,第一热交换流体(例如空气)通过该流动通道与第二热交换流体 气体,通过热交换装置通过热交换管。 每个热交换模块(20)包括由一对间隔开的端框架(32a,32b)形成的矩形盒状支撑框架(30),它们在其各自的拐角处由纵向细长的支撑构件(34a,34b)互相连接, 设置在支撑框架内的管束组件(40)和用于将管束组件安装到支撑框架的附接装置(50,50'),附接装置(50')包括用于容纳平移运动的膨胀装置(52) 当管束组件的热交换管纵向膨胀或收缩时,管束组件的至少一个管板(42a)在支撑框架内。