当今全球面临淡水资源短缺,高污染给水水源增多。臭氧作为一种强氧化剂,更加显示它的诸多优势。臭氧能氧化水中许多有机物和无机物,且与有机物作用后不产生致癌的氯仿。但单独用臭氧降解水中的BOD、COD是不经济的。因此,国内外学者逐渐开始重视采用臭氧氧化和其它工艺相结合的处理流程。这样不仅能有效地去除水中某些难以用传统工艺去除的物质,而且具有反应 Today, the world is facing a shortage of freshwater resources and an increase of high-pollution water supply sources. Ozone, as a strong oxidizer, shows its many advantages. Ozone can oxidize many organic and inorganic substances in the water, and does not produce carcinogenic chloroform with organic matter. However, using ozone to degrade BOD in water alone is not economical. Therefore, domestic and foreign scholars have gradually begun to attach importance to the use of ozone oxidation process combined with other processes. This will not only be able to effectively remove some of the water is difficult to remove the use of traditional substances, but also has a response