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    • 1. 发明申请
    • MULTI-CELL HEATING SYSTEM
    • 多细胞加热系统
    • WO1995001824A1
    • 1995-01-19
    • PCT/AU1994000303
    • 1994-06-07
    • KAISER ENGINEERS PTY. LIMITEDDE BOER, Dirk, Jacob
    • KAISER ENGINEERS PTY. LIMITED
    • B01D01/26
    • C01F7/064B01D3/065Y02P20/129
    • A multi-cell heating system for increasing the temperature of a slurry through a critical temperature range, the heater system comprising an array of heater cells, the array comprising a plurality of heater cell trains and a plurality of heater cell stacks, each stack being associated with and being in fluid communication with a respective evaporator, and each train being defined by aligned individual heater cells in adjacent stacks such that the slurry may be split to flow through two or more of the trains in order to be heated thereby. The array is configured such that there is an inlet temperature at one side thereof and an outlet temperature at the other side thereof, the critical temperature range corresponding to a region of high scale growth and being between the inlet and outlet temperatures. The interconnection between each evaporator and its respective heater cell stack is capable of allowing fluid communication between adjacent heater cell stacks and certain downstream heater cell stacks, and is also capable of allowing the number of heater cell stacks within the region of high scale growth to be increased or decreased and is capable of allowing the substitution of heater cell stacks already in the region of high scale growth with heater cell stacks not already within the region of high scale growth, such alteration of the number of heater cell stacks within the region of high scale growth being provided by the alteration of the fluid flow from various evaporators to various heater cell stacks.
    • 一种用于在临界温度范围内提高浆料温度的多电池加热系统,所述加热器系统包括加热器电池阵列,该阵列包括多个加热器电池列和多个加热器电池堆,每个堆叠相关联 并且与相应的蒸发器流体连通,并且每个列车由相邻堆叠中的对准的单独的加热器单元限定,使得浆料可以被分裂以流过两个或更多个列车,从而被加热。 该阵列被配置为使得其一侧具有入口温度和在其另一侧处的出口温度,临界温度范围对应于高规模生长区域并且在入口和出口温度之间。 每个蒸发器与其各自的加热器电池堆之间的互连能够允许相邻的加热器电池堆和某些下游加热器电池堆之间的流体连通,并且还能够允许高规模生长区域内的加热器电池组的数量为 增加或减少,并且能够允许使用已经在高规模生长区域内的加热器电池组替代已经在高规模生长区域内的加热器电池组,这种在高规模生长区域内的加热器电池组的数量的改变, 通过从各种蒸发器到各种加热器电池堆的流体流的改变来提供规模生长。
    • 2. 发明申请
    • HEAT EXCHANGER
    • 热交换器
    • WO2008095248A1
    • 2008-08-14
    • PCT/AU2008/000148
    • 2008-02-06
    • HATCH & ASSOCIATESDE BOER, Dirk Jacob
    • DE BOER, Dirk Jacob
    • F28F9/00F28F1/00
    • F28D7/16F28F9/26F28F2265/26
    • A heat exchanger (11) in the form of a barrel heater comprising a cylindrical shell (13) containing at least one tube (19) located therein and extending therealong. The cylindrical shell (13) and the at least one tube (19) are secured to flanged end plates (31) located at each end of said heat exchanger (11). The flanged end plates (31) are each arranged to connect with a flanged connector (33) for fluid communication with said at least one tube (19). The shell (13) is provided with at least two external restraints (37) spaced apart from each other, for restraining the heat exchanger (11) on a support frame (39). The heat exchanger (11) is also provided with a plurality of internal restraints (21), spaced apart from each other, to locate and restrain the at least one tube 19 relative to the shell (13).
    • 一种筒式加热器形式的热交换器(11),包括一个圆柱形壳体(13),该圆柱形壳体(13)包含位于其中并在其上延伸的至少一个管(19)。 圆柱形壳体(13)和至少一个管子(19)固定在位于所述热交换器(11)的每一端的凸缘式端板(31)上。 带凸缘的端板(31)各自布置成与法兰连接器(33)连接,用于与所述至少一个管(19)流体连通。 壳体(13)设置有彼此间隔开的至少两个外部约束(37),用于将热交换器(11)限制在支撑框架(39)上。 热交换器(11)还设置有彼此间隔开的多个内部限制器(21),以相对于外壳(13)定位和约束至少一个管子19。
    • 3. 发明申请
    • THICK SLURRY HEATING SYSTEM
    • 厚浆加热系统
    • WO2005119154A1
    • 2005-12-15
    • PCT/AU2005/000781
    • 2005-06-01
    • HATCH ASSOCIATES PTY LTDDE BOER, Dirk, Jacob
    • DE BOER, Dirk, Jacob
    • F28D7/16
    • F28D7/16F28D2021/0098F28F9/26F28F2280/02
    • A slurry heating system comprising a plurality of tube heat exchanger units (11, 12, 13, 14, and 15), each unit comprising a plurality of inner tubes (30) arranged in parallel for single-pass operation, contained within an outer tube (32) tube, with a removable cover (60) at each end to allow physical access to the inner tubes (30) for cleaning purposes. The inner tubes (30) contain slurry to be heated, in isolation from a heating medium contained within the outer tube (32), surrounding the inner tubes (30). The slurry heating system has at least two of these units arranged in series, with adjacent units in the series being connected by an interconnecting pipe (21, 22, 23, 24) or other interconnecting system that creates the required turbulence. This arrangement provides for the slurry to be remixed after passing through each unit, providing an element of turbulent flow, which compensates for uneven heating brought about due to laminar flow within the tubes in each unit.
    • 一种浆料加热系统,包括多个管式热交换器单元(11,12,13,14和15),每个单元包括平行排列用于单程操作的多个内管(30),其包含在外管 (32)管,每个端部具有可移除的盖(60),以允许物理地进入内管(30)以进行清洁。 内管(30)包含待加热的浆料,与包含在外管(32)内的加热介质隔离,围绕内管(30)。 浆料加热系统具有串联布置的这些单元中的至少两个,其中串联的相邻单元通过互连管(21,22,23,24)或其它互连系统连接,从而产生所需的湍流。 这种布置使得浆料在通过每个单元之后被重新混合,从而提供湍流元件,其补偿由于每个单元中的管内层流引起的不均匀加热。