| Decomposition of Acetonitrile by Planar Type Dielectric Barrier Discharge Reactor |
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| 평판형 유전체 장벽 방전 반응기에서 Acetonitrile의 분해 특성 |
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송영훈, 김관태, 류삼곤, 이해완 |
1한국기계연구원
2국방과학연구소 |
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| Abstract |
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A combined process of non-thermal plasma and catalytic techniques has been investigated to treat toxic gas compounds in air. The treated gas in the present study is $CH_3$CN that has been known to be a simulant of toxic chemical agent. A planar type dielectric barrier discharge(DBD) reactor has been used to generate non-thermal plasma that produces various chemically active species, O, N, OH, $O_3$, ion, electrons, etc. Several different types of adsorbents and catalysts, which are MS 5A, MS 13X, Pt/alumina, are packed into the plasma reactor, and have been tested to save power consumption and to treat by-products. Various aspects of the present techniques, which are decomposition efficiencies along with the power consumption, by-product analysis, reaction pathways modified by the adsorbents and catalysts, have been discussed in the present study. |
| Key Words:
VOCs(Volatile Organic Compounds), Nonthermal Plasma Process, Catalyst Pt/$curlyvee$-$Al_{2}O_{3}$, Acetonitrile, DBD(Dielectric Barrier Discharge) |
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