Processes of carbon disulfide degradation under the action of a pulsed corona discharge

Experiments on decomposition of carbon disulfide CS$_2$ in air under the action of a pulsed nanosecond corona discharge have been carried out. The energetic efficiency of the degradation amounted to 290–340 g (kW h)$^{-1}$, which is significantly higher than with the use of a corona discharge at a constant voltage. The main degradation products are sulfur dioxide SO$_2$, carbonyl sulfide COS, sulfuric acid, and carbon dioxide. Processes occurring in pulsed corona discharge plasma and leading to carbon disulfide degradation are considered. Different methods of air purification from carbon disulfide are compared.