Removal of formaldehyde by streamer corona discharge was studied experimentally. It was shown the removal efficiency as well as the by-products of the chemical process in the non-thermal plasma of the discharge depend on the initial concentration, gas flow rate, carrier gas, discharge polarity and discharge mode. A combined effect of plasma and catalytic pellets of various materials placed in the discharge reactor was investigated too.
Volume Subject Area:
Fuels, Combustion and Emission Issues
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