"Storage-oxidation" cycling process for indoor benzene removal at room temperature
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- 论文类型：期刊论文
- 发表时间：2017-11-15
- 发表刊物：2nd International Symposium on Catalytic Science and Technology in
Sustainable Energy and Environment (EECAT)
- 收录刊物：Scopus、SCIE、EI、CPCI-S
- 卷号：297
- 期号：,SI
- 页面范围：193-200
- ISSN号：0920-5861
- 关键字：AgCu/TS-1 zeolite; Benzene; Non-thermal air plasma; "storage-oxidation"
cycling process
- 摘要：Non-thermal air plasma assisted "storage-oxidation" cycling process was applied to indoor benzene removal at room temperature and realized over TS-1 zeolite supported AgCu catalysts. AgCu/TS-1 catalyst showed not only promising C6H6 capacity under humid condition in the storage phase, but also high oxidation efficiency of absorbed benzene with the assistance of non-thermal plasma (NTP) at a moderate discharge power of 6 W. Due to the generation of increased amounts of Cu+ and active surface oxygen species resulting from the Ag-Cu interaction, the AgCu/TS-1 catalyst showed higher benzene storage and oxidation capacity than the other catalysts. Compared with the thermal regeneration, the good humidity tolerance, non-benzene release, and low energy cost was achieved in the non-thermal air plasma regeneration, which providing a promising way for indoor benzene purification.
- 发表时间：2017-11-15
