Volatile organic compounds (VOCs) emitted from various industrial processes are extremely harmful pollutants. They are involved in the formation of ozone, photochemical smog, and fine particles (PM_2.5) in the atmosphere, which pose considerable threat to human healthy and ecosystem safety. The hybrid plasma-catalytic technology that uses non-thermal plasma (NTP) and catalysts is an efficient method for VOC abatement. This review provides a comprehensive insight into the removal of VOCs with this technology. First, the synergistic effects and mechanisms of NTP and catalysts are discussed. Then, the properties of the catalysts, including types, positions, and other parameters, are explored. Specific examples of VOCs abated using the NTP-catalyst technology are reviewed, along with the main types and the causes of by-products. Several methods, such as the optimization of process parameters and the utilization of end control, are considered efficient for the regulation of product formations. Finally, future perspectives on the applications of this hybrid technology are briefly discussed.

各种工业过程中排放的挥发性有机化合物 (VOC) 是极其有害的污染物。它们参与臭氧、光化学烟雾和细颗粒 (PM _2.5) 对人类健康和生态系统安全构成相当大的威胁。使用非热等离子体 (NTP) 和催化剂的混合等离子体催化技术是一种有效的 VOC 减排方法。本综述提供了对使用该技术去除 VOC 的全面见解。首先，讨论了NTP和催化剂的协同效应和机制。然后，探索了催化剂的性质，包括类型、位置和其他参数。回顾了使用 NTP 催化剂技术减少 VOC 的具体例子，以及副产品的主要类型和原因。一些方法，例如工艺参数的优化和末端控制的利用，被认为对产品形成的调节是有效的。最后，