Abstract
A pulsed corona facility for the treatment of gases at relatively high gas flow rates and powers is described. Data are presented, mainly for the example of toluene removal, which illustrate specific energy scaling of the system with power, gas flow rate, charging voltage of the pulsed power supply and inlet concentration. The effect of plasma reactor length and charging capacitance of the pulsed power supply on the system efficiency is also investigated. The implications of the scaling and efficiency in determining the size of systems and the relative operating and capital costs for practical applications are discussed briefly.
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