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KMID : 1024520090180030283
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Journal of the Environmental Sciences
2009 Volume.18 No. 3 p.283 ~ p.288
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A Treatment of Low-leveled High-volume VOCs Emitted from Printing Process Using Concentrator with Zeolite Adsorptive Honey Rotor and Catalytic Combustion System
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Park Chan-Gyu
Yoo Nam-Jong
Choi Bo-Kyung
Ko Kwang-Baik
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Abstract
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This is a study on the volatile organic compounds(VOCs) concentrator with zeolite adsorptive honey rotor and catalytic combustion system for abating VOCs emitted from printing industry. VOCs emitted from the printing industry is mainly caused by organic solvent of printing ink. The content of organic solvents in printing ink varies from 40% to 75% and its content in the gravure ink is higher than that in any other ink. The average concentrations of each VOCs are 139 ppm for toluene, 152.1 ppm for MEK, 256.9 ppm for methanol and 42.9 ppm for isopropyl alcohol. We used zeolite honeycomb for absorbent of VOCs concentrator and palladium for catalyst combustion system. This system abated over 96% of emitted total VOCs, 98% of toluene, 100% of MEK, 92% of methanol and, 100% of isopropyl alcohol. It is concluded that the low-leveled high-volume VOCs emitted from printing process were removed almost by concentrator with zeolite adsorptive honey rotor and catalytic combustion system.
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KEYWORD
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VOCs, Printing industry, Concentrator, Catalytic combustion system
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