Plasma conversion of methane and CO2 using a tubular circle-to-plate reactor

摘要: For reducing amount of CO2 emitted by acetylene production, a research on energy efficient plasma technologies for converting methane to was conducted, resulting in development tubular circle-to-plate (CTP) type reactor. The CTP reactor driven pulsed converted mixture and acetylene, ethylene, ethane, carbon monoxide, higher hydrocarbons such as C3 C4, hydrogen. used mainly stabilizing the discharge, though it also reacted with yielding CO A maximum efficiency 4 mmol/kJ, which obtained at pulse frequency 625 Hz, indicated potential reduce emission from production. decreased above Hz reactor, differed results co-axial cylindrical (CAC) point-to-point (PTP) reactors. Acetylene selectivity 62% 8 kHz.The technology would be useful relocating conventional fossil fuel dependent production sun-belt where solar thermal power, is relatively inexpensive among renewable energies, can utilized generate plasma. Such relocation accompanied replacement result reduction global emission.