System of Automated Purification of Gas Emissions of the Organic Nature with the Application of Ozone

The possibility and advantages of applying ozone sensors to control the removal of volatile contaminating substances of the organic nature from vent and production
emissions is considered. A short description of the schematic of automation of the ionization purification method and the description of the laboratory
installation designed at the Vologda State University are given. Functional diagrams of operation of the automated ionization installation and main production
parameters, at which the experiments were performed, are described. The dependence of efficiency of oxidation on the stabilization time of the working zone of
a chamber and content of ozone in the gas–air mixture are established experimentally. The data on the convergence of the results of the performed experiment
by various methods are presented and procedures used when processing the results are described.

ionization purification, vent gas emissions, organic compounds, ozone, gas purification, corona discharge, ionization chamber, efficiency of gas purification, gas–air mixture

1. Щербина А.М., Воропай Л.М., Гительман Е.Б., Плеханов А.А.Ионизационная установка для глубокого окисления вентиляционных выбросов, содержащих опасные органические соединения // Экологические системы и приборы. 2013. № 11. С.3-7.

2. Воропай Л.М., Гительман Е.Б., Щербина А.М., Аверьянов А.В., Тихановская Г.А. Влияние химического состава воздуха на эффективность окисления коронным разрядом // Экологические системы и приборы. 2014. № 7. С.26-30.

3. Аверьянов А.В., Воропай Л.М., Гительман Е.Б., Плеханов А.А. Об очистке вентиляционных и технологических выбросов от органических соединений с помощью коронного разряда // Экология и промышленность России. 2014. Март.