The Proceedings of the Thermal Engineering Conference
Online ISSN : 2424-290X
2015
Session ID : F223
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F223 Effect of Low temperature Plasma assisted Combustion at Atmospheric pressure for various flame
Kenya HirosawaJyunpei UmeiToru ShinkawaNaoki NagasawaKatsunobu FujitaHiroshi AkamatsuTakamitsu Yoshimoto
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Abstract
The bio-mass gas which is one of renewable energies is remarked for keeping resources and environment. Meanwhile, Plasma Assisted Combustion is studied now. Then, Fuel gas is radicalized due to plasma produced in the fuel gas by dielectric barrier discharge. In this study, combustion properties are reported about plasma assisted combustion The results are obtained as follows. (1)In diffusion flame, flame stability is increased. (2) In diffusion flame, when ammonium is mixed in fuel, the NOx concentration is reduced by plasma. (3) In premixed flame, the NOx concentration is increased by plasma. (4) Then, if ammonium is mixed in fuel, generate of NOx depends on fuel NOx.
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© 2015 The Japan Society of Mechanical Engineers
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