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结合工业曝气的过程,首次提出了纳米TiO2纤维修饰工业废弃空心玻璃漂珠的方案,模拟曝气反应条件,采用光催化试验分解水体中有机污染物有较好的催化效果,且具有很好的再生性及大幅度降低操作成本。实验中采用硅酸钠为成膜物质进行粘附和高温烧结的方法,实现TiO2对玻璃漂珠的修饰;以光催化分解甲基橙的试验来检测催化荆的光催化活性,并对制备条件、加入量以及光源等条件进行了优化。
Combined with the process of industrial aeration, the first proposal of nanometer TiO2 fiber modified industrial waste hollow glass floating bead program to simulate the aeration reaction conditions, the use of photocatalytic decomposition of organic pollutants in water has a good catalytic effect, and has good Recyclability and significantly reduce operating costs. In the experiment, sodium silicate was used as the film-forming material for adhesion and high-temperature sintering to realize the modification of glass float beads. The photocatalytic activity of photocatalytic decomposition of methyl orange was detected by photocatalytic decomposition of methyl orange, and the preparation conditions , The amount of light and other conditions were optimized.