摘要
解决水污染问题需要特别重视的就是污水中有机微污染物的去除。在众多的饮用水处理技术中,广泛得到认可的有高级氧化方法,因为这个方法可以实现自动化去除水中污染物。利用超声波技术和臭氧技术相结合来实现高效自动降解处理水中污染物是目前研究的一个重点,能过实现水中污染物自动化的处理效果。超声波技术作为新型的水处理技术在有机废水处理中越来越广泛地被运用。本课题对超声波降解的原理、效果以及其影响因素进行了深入地探究,实现了自动化水处理技术支持。
To solve the problem of water pollution need to pay special attention to the removal of organic pollutants in wastewa-ter. Among the numerous drinking water treatment technologies, it is widely recognized that there is a high level oxidation method, because this method can achieve automatic removal of pollutants in water. The use of ultrasonic technology and ozone technology to achieve efficient and automatic degradation of pollutants in water is a key point of the study, and can achieve the effect of water pol-lutants in water. Ultrasonic technology as a new type of water treatment technology in organic wastewater treatment is more and more widely used. In this paper, the principle and effect of ultrasonic degradation and its influence factors are deeply explore.
出处
《自动化与仪器仪表》
2015年第8期230-232,共3页
Automation & Instrumentation
关键词
超声波技术
有机污染物
废水自动化处理
降解
Ultrasonic technology
Organic pollutant
Wastewater treatment
Degradation
