| 초록 |
Currently, most of syngas(or hydrogen) is produced from fossil fuels in the world. The significance of syngas production is increasing because fossil fuels are being depleted. For this reason, new methods of syngas production need to be developed. CO2 reforming(or dry reforming) of methane has been introduced as a method for syngas production. The utilization of CO2 for the reforming of CH4 gas attracted significant attention in recent decades due to its advantages over steam reforming of CH4. Traditionally, CO2 reforming of CH4 has been achieved by catalytic means. However, the industrial application of this means is still limited. In this work, syngas(mainly, CO and H2) production via CH4 reforming in CO2 microwave plasma enhanced catalyst at atmospheric pressure. The plasma reforming system is mainly composed of a 2.45 GHz microwave plasma and the CO/CH4 ratio 1 of Ar balance is introduced into the microwave plasma stabilized by a swirl flow. |
