%0 Journal Article
%T Study of VOCs emission control by activated carbon adsorption-plasma oxidation<br>活性炭吸附和脱附-等离子体氧化净化有机废气的研究
%A Du Changming
%A Chan Zunyu
%A Wang Jing
%A Xiong Y
%A Yan Jianhua
%A Zhang Chuangrong
%A <br>杜长明
%A 陈尊裕
%A 王静
%A 熊亚
%A 严建华
%A 张创荣
%J 环境工程学报
%D 2010
%I 
%X Volatile organic compounds (VOCs) emission control by combining intermittent activated carbon adsorption and plasma oxidation was investigated. Activated carbon adsorption in fact is to utilize the adsorption character of activated carbon to adsorb organic compounds of exhaust gas at low thickness and large blast volume and condense. Plasma oxidation in fact is to use hot air to heat organic solvent adsorbed and make it boiling and desorbed from active carbon, and this exhaust gas of high thickness is led into the reactor of plasma oxidation. When adsorbed, the toluene removal rate reached 100% at the beginning of 2 h, and decreased with increasing of time. The toluene degradation rate reached the max 97.3% in the plasma oxidation process. The major gas phase products detected by FT-IR from the decomposition of toluene with air participation were CO, CO2, H2O and NO2. A possible reaction mechanism for toluene destruction by glidarc technology is proposed and summarized.
%K plasma
%K gliding arc discharge
%K activated carbon adsorption
%K volatile organic compounds (VOCs)
%K toluene
%K reaction mechanism<br>等离子体
%K 滑动弧放电
%K 活性炭吸附
%K 挥发性有机物
%K 甲苯
%K 降解机理
%U http://www.alljournals.cn/get_abstract_url.aspx?pcid=3FF3ABA7486768130C3FF830376F43B398E0C97F0FF2DD53&cid=92E6F4267FD4CBCB51B1E49E014D8054&jid=3567BD61129AA59043F5DE01F8815DB5&aid=B62BCDC0CD21C9FED20866035F791A83&yid=140ECF96957D60B2&vid=E158A972A605785F&iid=708DD6B15D2464E8&sid=04C524CC88CBC916&eid=B287A1A04CD05645&journal_id=1673-9108&journal_name=环境工程学报&referenced_num=0&reference_num=0