Plasma technology based on high-voltage AC plasma torch

The article discusses a plasma-chemical facility consisting of a high-voltage AC plasma torch, a lined plasma-chemical reactor, supply and sampling systems, and a power source. This facility is used to study the processing of organochlorine substances (carbon tetrachloride and chlorobenzene) using plasma steam, carbon dioxide and methane. Under the action of steam at high temperatures, methane reforming occurs with the formation of hydrogen and carbon monoxide. At the same time, steam reliably decomposes organic matter, and hydrogen binds chlorine contained in them. The final products of the process are hydrogen, carbon monoxide and hydrogen chloride.The article discusses a plasma-chemical facility consisting of a high-voltage AC plasma torch, a lined plasma-chemical reactor, supply and sampling systems, and a power source. This facility is used to study the processing of organochlorine substances (carbon tetrachloride and chlorobenzene) using plasma steam, carbon dioxide and methane. Under the action of steam at high temperatures, methane reforming occurs with the formation of hydrogen and carbon monoxide. At the same time, steam reliably decomposes organic matter, and hydrogen binds chlorine contained in them. The final products of the process are hydrogen, carbon monoxide and hydrogen chloride.