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METHOD FOR KILLING AQUATIC ORGANISMS IN LIQUID, AND METHOD AND APPARATUS FOR KILLING AQUATIC ORGANISMS IN BALLAST WATER

机译:杀灭液体中的水生生物的方法以及压载水中的水生生物的方法和装置

摘要

It is an object to provide a method for killing aquatic organisms in liquid by which aquatic organisms in liquid can be killed at low cost, and the object is attained by a method including a first step of generating microbubbles in a range of 4 to 100 μm from bubbles containing ozone discharged into liquid in a pipe, a second step of forcibly crushing the microbubbles in the pipe generated at the first step to generate OH radicals as a result of crushing of the microbubbles themselves due to the forcible crushing, and a third step of generating OH radicals as a result of dissolution and decomposition of the ozone contained in the microbubbles in the liquid due to the forcible crushing of the microbubbles, wherein the OH radicals generated at the second and third steps, OH radicals generated as a result of self-crushing of the microbubbles themselves in the liquid in the pipe, and OH radicals generated as a result of dissolution and decomposition of the ozone contained in the microbubbles in the liquid due to the self-crushing are brought into contact with aquatic organisms in the liquid in the pipe.
机译:一个目的是提供一种杀死液体中的水生生物的方法,通过该方法可以低成本地杀死液体中的水生生物,并且该目的是通过一种方法来实现的,该方法包括产生4至100μm范围的微气泡的第一步。 ; m从管道中排放到液体中的含有臭氧的气泡中进行;第二步,将第一步中产生的管道中的微气泡强行压碎,由于强行压碎而导致微气泡自身压碎,从而产生OH自由基;第三步是由于强力压碎微气泡而使液体中的微气泡中的臭氧溶解和分解而产生OH自由基的步骤,其中在第二和第三步生成的OH自由基是由此产生的OH自由基气泡自身在管道中的液体中的自碎现象,以及由于微气泡中所含臭氧的溶解和分解而产生的OH自由基由于自压而导致液体中的气泡与管道中液体中的水生生物接触。

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