One way to improve the performance of non-thermal plasma (NTP) reactor for volatile organic compound decomposition is by the
introduction of ferroelectric materials into the discharge zone of NTP. This paper is a review of the breakthroughs and the current
status of the applications of this technology for the abatement of volatile organic compounds (VOCs). It covers the process of
energy generation in NTP, VOCs decomposition processes and the effects of critical factors such as type of packed bed materials,
dielectric constant, pellet size and shape on the VOCs removal efficiency. Finally the mechanism of VOCs decomposition process
was also presented.