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Air pollutants are classified as either directly released or formed by chemical reactions. A subsequent air pollutant is formed in the atmosphere through chemical reactions involving direct release pollutants and a catalyst, which is explained by the formation of ozone in photochemical smog. High activity air pollution catalyst deliver maximum voc destruction with minimum catalyst volumes. Air pollution control equipment and air pollution catalyst combines low pressure drop with low oxidation temperatures which makes them cheap and easily accessible. A particular type of industrial catalyst aims at a typical market like, spherical air pollution catalyst serves the printing, converting, chemical processing, food processing, plastics and paint finishing. Some general catalyst targets certain areas of the market like coffee roasting, baking, soil remediation and coating. Ceramic and metallic monolith support industrial air pollution control catalyst. Catalyst products are available in a spectrum variety of ceramic substrate. Voc destruction, wood stove, particulate matter filtration, diesel soot filters and industrial processes are the basic applications of the cleaning equipment.
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