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The balancing of VOC concentration fluctuations by adsorption/desorption process on activated carbon
Authors: Kuboňová Lenka | Obalová Lucie | Skovranek Lukáš | Troppová Ivana
Year: 2013
Type of publication: článek v odborném periodiku
Name of source: Adsorption - Journal of the International Adsorption Society
Publisher name: Springer
Place: Dordrecht
Page from-to: 667-673
Titles:
Language Name Abstract Keywords
cze Vyvážení VOC koncentračních fluktuací pomocí adsorpčně-desorpčního procesu na aktivovaném uhlíku Nestálé organické sloučeniny VOC jsou zpravidla toxické a karcinogenní. Technologie pro vyčištění výfukových plynů obsahujících konstantní concentrace VOC jsou běžně známé. Nicméně jetliže koncetrace těchto látek se během spalování mění řádově, následné vyčištění výfukových plynů od těchto látek je problematické s využitím stávajících technologií. nestálé organické sloučeniny; koncetrační fluktuace; vyvážení; aktivovaný uhlík; adsorpce
eng The balancing of VOC concentration fluctuations by adsorption/desorption process on activated carbon Volatile organic compounds (VOCs) are mostly toxic and carcinogenic substances. The technologies for cleaning of exhaust gases containing the constant concentrations of VOCs are commercially available. However, if concentration fluctuations occur in the range of several orders of magnitude, it can cause problems for a subsequent gas cleaning e.g. by thermal or catalytic oxidation. The balancing of VOC concentrations in flue gases can be a great simplification of a subsequent reduction of VOC emissions from sources with time-variable concentrations. Paint shops belong to the important sources of VOCs and are an example of periodic processes with time-variable concentrations of VOCs. One of the main aims was to experimentally determine the conditions, such as the minimal mean residence time, to balance out the fluctuations of inlet VOC concentrations at the laboratory model. After that, the verification of obtained results was applied for a real exhaust gas from a paint shop. volatile organic compounds; concentration fluctuations; balancing; activated carbon; adsorption

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