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In this work, a knife-shaped gliding arc discharge (GAD) reactor driven by a modulated pulse power supply was used to convert CO 2 . The discharge image, voltage and current waveforms of GAD were recorded experimentally. The effects of gas flow rate, input voltage, and the duty cycle of power supply on CO 2  conversion were studied. A CO 2  conversion of 3.8% and energy efficiency of 39.6% could be achieved. Compared with other non-thermal plasmas, GAD has a slightly lower CO 2  conversion but higher energy efficiency. In addition, the capacity of CO 2  treated by GAD (6 L/min) was significantly higher than other non-thermal plasmas (e.g. 25 mL/min-125 mL/min in corona discharge and dielectric barrier discharge).

Conversion of CO2 in a gliding arc discharge reactor: Discharge characteristics and the effects of different parameters

Conversion of CO₂ in a gliding arc discharge reactor: Discharge characteristics and the effects of different parameters