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    • 8. 发明授权
    • Method and apparatus for gas cooling
    • 气体冷却方法和装置
    • US5050391A
    • 1991-09-24
    • US642897
    • 1991-01-18
    • Alexandre Tsimerman
    • Alexandre Tsimerman
    • F24F1/00F24F3/14F24F5/00
    • F24F3/1411F24F3/1423F24F5/0035F24F2001/0092F24F2203/1052F24F2203/1068F24F2203/1084F24F2203/12Y02B30/542Y02B30/545
    • A low energy consumption apparatus and method for treating a gas in which a main gas stream is cooled and heat is transferred by convection to a liquid and a secondary gas stream across a heat transfer surface. Liquid bearing the heat evaporates into the secondary stream. A total gas stream is subjected to initial cooling along a moisture impervious surface of a heat exchange element to cause dry or sensible cooling. A secondary gas stream is diverted from the total discharge from the dry cooling stage and is directed counterflow to the total stream at the opposite surface of the heat exchange element which is an absorbent surface to cause heating and humidification of the secondary stream. The remaining cooled stream which is the primary stream is subjected to sorbent treatment to heat and dehumidify the same by flowing it through an absorbent media. The primary gas flow is then subjected to a final heat exchange treatment stage similar to the initial heat exchange treatment. Condensate may be removed from the saturated or near-saturated secondary flow. The primary flow may also be subjected to intermediate cooling treatment. A portion of the initial and final dry cooling stages preferably include an adiabatic cooling zone. The secondary flow from the initial heat exchanger may be subdivided into two streams. One secondary sub-stream is dehumidified in the sorbtion device by an auxiliary heater and is used for regeneration of the absorbent media.
    • 一种用于处理气体的低能量消耗装置和方法,其中主气流被冷却,并且热量通过对流传递到横跨传热表面的液体和二次气流。 带有热量的液体蒸发到二次流中。 总气流沿着热交换元件的不透水表面进行初始冷却,以引起干燥或明智的冷却。 二次气流从干燥冷却阶段的总排出口转向,并且在作为吸收表面的热交换元件的相对表面处指向逆流到总流,以引起二次流的加热和加湿。 将作为主要流的剩余的冷却流体进行吸附处理以通过将其流过吸收介质来对其进行加热和除湿。 然后对初级气体流进行类似于初始热交换处理的最终热交换处理阶段。 可以从饱和或近饱和二次流中除去冷凝物。 主流也可以进行中间冷却处理。 初始和最终干燥冷却阶段的一部分优选包括绝热冷却区。 来自初始热交换器的二次流可以被细分成两个流。 通过辅助加热器将一个次级气流在吸水装置中除湿,并用于吸收介质的再生。
    • 10. 发明申请
    • Cross-References to Related Applications
    • 相关应用的交叉引用
    • US20080216503A1
    • 2008-09-11
    • US11667143
    • 2004-11-05
    • Christopher Ralph Cantolino
    • Christopher Ralph Cantolino
    • B01D17/02F25D21/14
    • F25D21/14C02F1/688C02F2103/42F24F2013/227F24F2203/12Y10T137/4891
    • A combination filter assembly housing (4) and treatment chamber (8) for use in recovering and sanitizing condensates from air conditioning systems and other sources with vapors released from dissolvable tablets (32), such as those used for treating swimming pool water or laundering purposes. Filter assembly housing (4) has a removable bottom cover, an internal p-trap and valve structure configured to reduce the likelihood of treatment vapors from treatment chamber (8) traveling back through filter assembly housing (4) and entering the associated condensate producing system. Applications can include, but are not limited to, use with systems that replenish water lost from swimming pools due to evaporation, to provide water for filling toilets, pressure washing, cleaning, and other gray water uses, and to provide potable water in areas where is in limited supply.
    • 组合式过滤器组件壳体(4)和处理室(8),用于从空气调节系统和其它来源的冷凝物中回收和消毒,其中可溶性片剂(32)释放出的蒸气,例如用于处理游泳池水或洗涤用途的蒸气 。 过滤器组件壳体(4)具有可移除的底盖,内部p阱和阀结构,其被配置为减少处理来自处理室(8)的蒸汽从过滤器组件壳体(4)返回并进入相关联的冷凝物产生系统 。 应用可以包括但不限于用于补充由于蒸发而游泳池损失的水的系统,以提供用于填充厕所的水,压力清洗,清洁和其它灰水用途,以及在 供应有限。