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研究了以紫外－微臭氧为主体的光化学激发氧化技术的最佳运行参数，用该工艺处理饮用水中微量有机优先污染物。研究结果表明：紫外－微臭氧工艺对ＣＣｌ４－水中常见有机优先污染物有令人满意的去除效果，经２小时处理后，去除率可达９０％。紫外－微臭氧工艺对饮用水的深度处理能力接近于紫外－臭氧工艺，设备方便，投资少，是一种很有前途的饮用水净化工艺。
The optimal operating parameters of photochemical oxidation with UV - micro ozone as the main body were studied. The technology was applied to the treatment of trace organic pollutants in drinking water. The results show that the UV - micro - ozone process has a satisfactory removal effect on common organic pollutants in CCl4-water, and the removal rate can reach 90% after 2 hours treatment. Ultraviolet - micro-ozone technology on the depth of drinking water treatment capacity close to the UV - ozone technology, equipment convenience, less investment, is a promising drinking water purification process.