摘要
将高压静电场除尘杀菌、活性炭吸附光催化分解等技术集成一体 , 开发高效空气净化技术和空气净化器,并进行污染物净化实验。结果表明,该集成技术对空气中颗粒物、二甲苯和甲醛等污染物均具有很高的净化效率;气态污染物净化时,初期以活性炭吸附为主,后期以光催化分解为主;活性炭吸附具有选择性,吸附二甲苯速度比甲醛快。
It makes an integration of the high voltage electrostatic field dedust technlogy, active carbon adsorb technology and photocatalysis decomposing technology to develop the high efficient indoor air purify technology and indoor air purifier. The results showed that the integrated technology can high efficiently purify the particulate matter xylene and formaldehyde .When the gaseous contaminants were purified ,the active carbon played a major role in the initial stage,then photocatalysis played a major role. The active carbon adosorption was selective, the adsorption speed of xylene was faster than that of formaldehyde.
出处
《环境保护科学》
CAS
2013年第2期1-3,共3页
Environmental Protection Science
关键词
室内空气净化
静电场
活性炭
光催化
Indoor Air Purification
Electrostatic Field
Active Carbon
Photocatalysis
