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    • 3. 发明申请
    • WATER TREATMENT PLANT
    • 水处理系统
    • WO2008037351A3
    • 2008-09-04
    • PCT/EP2007007915
    • 2007-09-11
    • KOCH PETERSTEINKELLNER MAXIMILIANTALLIAN CHRISTOFSCHUCH GERHARD
    • KOCH PETERSTEINKELLNER 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 CO 2 .
    • 本发明涉及水处理系统(100)和水处理工艺,其特别适用于饮用水的军团杆菌处理。 为了实现能够减少尽可能简单且无需使用chemikalischen添加剂饮用水有效军团菌的内容,本发明提供了水处理系统(100)包括设置在热水系统热水加热系统(A)的循环回路的阀,其是反应器系统 (R)具有流入循环回路的水的至少一部分通过的反应槽(4)和循环系统(Z)。 循环系统(Z)具有空化器(9),与至少供给通过了反应容器(4)(9),并通过空化器(9)传递到所述反应罐(4)之后被再循环空化器的水的一部分 , 空化器(9)在反应罐中设计成在经由供给配管系统中的水的供给,以产生受控的方式的气体空化,(4)被设计成通过回流管路系统从所述空化所提供的脱气(9)的水,以使 使水通过反应器系统(R),特别是作为氧气和CO <2>低水,然后再循环热水系统的循环回路。