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    • 1. 发明授权
    • Heat exchanger tube cleaning system
    • 热交换器管清洗系统
    • US4667732A
    • 1987-05-26
    • US751985
    • 1985-07-05
    • Paul J. HardingK. Peter Koch
    • Paul J. HardingK. Peter Koch
    • B08B9/055F28G1/12F28G1/02
    • F28G1/125
    • Apparatus is disclosed which is attached to the ends of a heat exchanger tube to capture a tube cleaning brush or sponge that has been propelled back and forth through the tube by reversing the direction of flow of the circulating cooling fluid. The apparatus includes a tubular synthetic polymer cage with perforated walls which receives the expelled cleaning element and holds it in alignment with the tube and a tandemly positioned tubular synthetic polymer adapter which is bonded at one end to an open end of the tube and which functions as a conduit for the movement of the cooling fluid and cleaning element between the tube and cage. The adapter and cage are coupled through lockable mating open ends which permit the cage to be removed manually and non-destructively, thereby providing fast and unobstructed access to the interior of the tube by test probes. A particularly secure coupling also is disclosed in which these mating open ends are the male and female elements of a snap fastener.
    • 公开了一种装置,其附接到热交换器管的端部以捕获已经通过反向循环冷却流体的流动方向通过管子来回推进的管清洁刷或海绵。 该设备包括具有穿孔壁的管状合成聚合物保持架,其接收排出的清洁元件并将其保持与管对齐,并且串联位置的管状合成聚合物适配器在一端接合到管的开口端并且起到 冷却流体和清洁元件在管和保持架之间移动的导管。 适配器和保持架通过可锁定的配合开口端连接,这允许手动和非破坏性地移除保持架,从而通过测试探针快速且无阻碍地进入管内部。 公开了一种特别牢固的联接器,其中这些配合开口端是揿钮的凸形和凹形元件。
    • 4. 发明公开
    • Anlage zur Reinigung von Wasser
    • EP2055680A1
    • 2009-05-06
    • EP08018989.7
    • 2008-10-30
    • Koch, Peter
    • Koch, Peter
    • C02F1/78
    • C02F1/78C02F1/001C02F1/34C02F1/44C02F2209/005Y02W10/37
    • Die Erfindung bezieht sich auf eine Anlage zur Reinigung von Wasser mit einer Filtereinheit, der eine Behandlungseinheit vorgeordnet ist, wobei die Behandlungseinheit zur Vorreinigung des Wassers angepasst ist. Die Erfindung zeichnet sich dadurch aus, dass die Behandlungseinheit einen geschlossenen Kreislauf mit einem Reaktionsbehälter und einem Ozonisator, der dem Reaktionsbehälter nachgeordnet ist, sowie wenigstens einem Kavitator, der dem Ozonisator nachgeordnet ist, umfasst, wobei der Reaktionsbehälter mit wenigstens zwei Zuläufen der Filtereinheit gekoppelt und die Wasserzufuhr zur Filtereinheit zwischen den Zuläufen umschaltbar ist derart, dass die Filtereinheit in verschiedenen, insbesondere entgegengesetzten, Richtungen von Wasser durchströmbar ist.
    • 用于清洁水的设备包括布置到用于预清洁水的处理单元(5)的过滤器单元(19)。 处理单元具有封闭的循环(25),其具有反应器容器,从属于反应容器的臭氧发生器和/或从属于臭氧发生器的气蚀器。 反应容器与过滤器单元的两个入口联接,并且使得过滤器单元之间的过滤器单元的供水在入口之间反转,使得过滤单元可以沿相反的方向流动。 用于清洁水的设备包括布置到用于预清洁水的处理单元(5)的过滤器单元(19)。 处理单元具有封闭的循环(25),其具有反应器容器,从属于反应容器的臭氧发生器和/或从属于臭氧发生器的气蚀器。 反应容器与过滤器单元的两个入口联接,并且使得过滤器单元之间的过滤器单元的供水在入口之间反转,使得过滤单元可以沿相反的方向流动。 入口被分配一个流。 过滤器单元的出口布置成与入口相对,并且具有与反应器容器的封闭循环耦合的反冲洗管道,以及与反应容器的污水入口连接的纯水出口。 反洗管道与臭氧发生器的封闭循环的耦合沿流动方向布置。 回洗管道与自由流动​​连接,并具有自清洁精细过滤器(25)。 过滤器单元的入口具有用于臭氧消除的装置(15)。 过滤器单元的出口和入口具有与控制单元连接的阀,使得过滤器单元中水的流动方向可变。
    • 5. 发明授权
    • Vorrichtung und Verfahren zur Reinigung geschlossener Räume
    • 设备和方法清洗封闭的空间
    • EP2200760B1
    • 2012-03-07
    • EP08802678.6
    • 2008-09-26
    • Koch, Peter
    • Koch, Peter
    • B08B3/08
    • A61L9/015A61L2/202A61L2/24B08B3/08
    • The present invention relates to a device for cleaning closed spaces using a steam generator (10) and/or humidifier and a ventilation device (11) that are coupled to a control device (12) such that the time for introducing steam and/or humidified air into the closed space and the contact time of the steam and/or humidified air in the closed space may be controlled. The invention is characterized in that an ozonizer (13) is provided that is coupled to the ventilation device (11) and /or control device (12) such that the time for introducing ozone into the closed space and/or the contact time of the ozone in the closed space may be controlled. The present invention further relates to a method for cleaning closed spaces while generating steam and ventilating, wherein the steam generation and ventilation are controlled such that the duration of the introduction of the steam into the closed chamber and the contact time of said steam may be controlled, which is characterized in that ozone is generated by an ozonizer, wherein a ventilation unit and/or a control device are coupled such that the time for the introduction of the ozone into the closed chamber and/or the contact time of the ozone may be controlled.
    • 6. 发明公开
    • Anlage zur Reinigung vom Umlaufwasser
    • EP2060540A1
    • 2009-05-20
    • EP08019759.3
    • 2008-11-12
    • Koch, Peter
    • Koch, Peter
    • C02F1/78C02F1/34F24F5/00F24F6/14C02F1/00
    • C02F1/78C02F1/008C02F1/34C02F1/36C02F2101/322C02F2103/023C02F2301/046F24F5/0035F24F6/14F24F2006/006Y02B30/545
    • Die Erfindung bezieht sich auf eine Anlage zur Reinigung von Umlaufwasser mit einem Umlaufwasserkreislauf (20), der mehrere Umlaufwassereinheiten (11), insbesondere Umlaufwasser-Befeuchter, Luftwäscher, Versprühbefeuchter und/oder Kühltürme, aufweist, wobei eine zentrale Behandlungseinheit (1) mit einem Ozonisator (2) und einem Kavitator (3) vorgesehen ist, die mit dem Umlaufwasserkreislauf (20) gekoppelt ist.
    • 用于清洁循环水的设备包括具有循环水单元(11)的循环水回路,循环水单元(11),例如循环水加湿器,空气洗涤器,喷雾加湿器和/或冷却塔,用臭氧发生器(2)预定的中央处理单元(1) 以及与循环水回路耦合的空化器(3)和布置在循环水单元的流动管线和/或回流管线中的止回阀。 处理单元包括与臭氧发生器和空化器耦合的控制单元(4)。 止回阀与控制驱动器连接。 用于清洁循环水的设备包括具有循环水单元(11)的循环水回路,循环水单元(11),例如循环水加湿器,空气洗涤器,喷雾加湿器和/或冷却塔,用臭氧发生器(2)预定的中央处理单元(1) 以及与循环水回路耦合的空化器(3)和布置在循环水单元的流动管线和/或回流管线中的止回阀。 处理单元包括与臭氧发生器和空化器耦合的控制单元(4)。 止回阀与与控制单元耦合的控制驱动器连接。 流线与主脚轮连接,主脚轮将流动管线与处理单元连接。 返回线与主流相连,主流将回流管与治疗单元相连。 循环水回路具有用于再供水的入口,其与主流体相连并且布置有中央处理单元。
    • 7. 发明公开
    • WASSERAUFBEREITUNGSSYSTEM
    • 水处理系统
    • EP2078174A2
    • 2009-07-15
    • EP07818109.6
    • 2007-09-11
    • Koch, Peter
    • STEINKELLNER, MaximilianTALLIAN, ChristofSCHUCH, Gerhard
    • F24D17/00
    • F24D17/0073F24D17/0078
    • The invention relates to a water treatment plant (100) and a water treatment method which are particularly suitable for treating drinking water against legionellae. In order to be able to effectively reduce the number of legionellae in the drinking water as easily as possible and without using chemical additives, the water treatment plant (100) comprises a hot water treatment plant (A) that is arranged in a circulation circuit of a hot water system and is provided with a reactor system (R) encompassing a reaction tank (4), into which at least some of the water flowing in the circulation circuit is conducted, and a circulation system (Z). The circulation system (Z) is fitted with a cavitator device (9) to which at least some of the water is fed that is conducted into the reaction tank (4), said water being redirected into the reaction tank (4) after flowing through the cavitator device (9). The cavitator device (9) is designed to generate, in a regulated manner, gas cavitation in the water fed via the feed pipe system, while the reaction tank (4) is designed to degas the water fed from the cavitator device (9) via the return pipe system such that the water conducted through the reactor system (R) is then fed back to the circulation circuit of the hot water system as water that is low in oxygen and CO2.
    • 9. 发明公开
    • VORRICHTUNG UND VERFAHREN ZUR REINIGUNG GESCHLOSSENER RÄUME
    • 设备和方法清洗封闭的空间
    • EP2200760A1
    • 2010-06-30
    • EP08802678.6
    • 2008-09-26
    • Koch, Peter
    • Koch, Peter
    • B08B3/08
    • A61L9/015A61L2/202A61L2/24B08B3/08
    • The present invention relates to a device for cleaning closed spaces using a steam generator (10) and/or humidifier and a ventilation device (11) that are coupled to a control device (12) such that the time for introducing steam and/or humidified air into the closed space and the contact time of the steam and/or humidified air in the closed space may be controlled. The invention is characterized in that an ozonizer (13) is provided that is coupled to the ventilation device (11) and /or control device (12) such that the time for introducing ozone into the closed space and/or the contact time of the ozone in the closed space may be controlled. The present invention further relates to a method for cleaning closed spaces while generating steam and ventilating, wherein the steam generation and ventilation are controlled such that the duration of the introduction of the steam into the closed chamber and the contact time of said steam may be controlled, which is characterized in that ozone is generated by an ozonizer, wherein a ventilation unit and/or a control device are coupled such that the time for the introduction of the ozone into the closed chamber and/or the contact time of the ozone may be controlled.