摘要
本文选择空心玻璃微殊作为二氧化钛载体,采用熔胶一凝胶法在微殊表面形成二氧化钛膜,设计了一种新颖的可以工业化的污水处理器。光源得到充分利用,达到了理想的处理效果;且保证纳米TiO2不流失,又便于纳米TiO2活性恢复,大大降低了污水处理成本。本方法对纳米TiO2污水处理工业化有一定的参考价值。
In this paper,chose hollow glass bead as the carrier of Nano TiO2, prepared Titanium dioxide inorganic membranes on hollow glass beads by Sol-Gel method. We design a new reactor,light can be full used,and obtain a good treatment effect. And the Nano-TiO2 don't lost and the activity can easily regain. The cost of wastewater treatment can be greatly cut down. It have a great value of wastewater treatment.
出处
《中国材料科技与设备》
2007年第3期53-54,共2页
Chinese Materials Science Technology & Equipment
关键词
纳米Ti02
载体
污水处理
光催化
Nano-TiO2
Carrier, Wastewater treatment
Photocatalysis