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Advanced Water Treatment Technology for Oxidation and Disinfection by Ultraviolet Irradiation

机译:紫外线辐照氧化和消毒的先进水处理技术

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摘要

Advanced oxidation processes (AOP) were expected to be powerful water treatment techniques. An aim is to develop an AOP that mainly uses ultraviolet irradiation for treatment of the refractory organics and the disinfecting of pathogenic microbes. It is presumed that the generation of hydroxyl radical is the key factor for the treatment performance of AOP In this research, a method to quantify the hydroxyl radical generation was first examined, then the obvious generation of hydroxyl radical was observed in a photocatalyst/ultraviolet irradiation. Secondly, a method to detect biological activity of the pathogenic protozoan Cryptosporidium, that caused serious outbreaks in the worldwide was studied. It was revealed that Cryptosporidium could be inactivated by the ultraviolet irradiation.
机译:先进的氧化工艺(AOP)有望成为强大的水处理技术。目的是开发一种主要使用紫外线照射来处理难治有机物和对病原微生物进行消毒的AOP。据推测,羟基自由基的产生是影响AOP处理性能的关键因素。在这项研究中,首先研究了一种量化羟基自由基产生的方法,然后在光催化剂/紫外线照射下观察到明显的羟基自由基产生。 。其次,研究了一种检测致病原生动物隐孢子虫的生物学活性的方法,该致病性原生动物隐孢子虫在世界范围内引起了严重的暴发。揭示了隐孢子虫可以被紫外线照射灭活。

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