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Removal Efficiency of odor substance Using Arctium Lappa Root extract

우엉발효추출물을 이용한 생활악취물질 제거효율 조사

  • Lee, Dong-Sub (School of Healthcare & Biotechnology, Kyungwoon University) ;
  • Park, Jin-Sik (School of Healthcare & Biotechnology, Kyungwoon University)
  • 이동섭 (경운대학교 보건대학 보건바이오학부) ;
  • 박진식 (경운대학교 보건대학 보건바이오학부)
  • Received : 2014.10.27
  • Accepted : 2014.11.17
  • Published : 2014.11.28

Abstract

Increasing public concerns over odors and air regulations necessitates the remediation of a wide range of odor substances for industrial and indoor purpose. Currently, the wet scrubbing technique by neutralization using oils is being used to treat odor substances such as Ammonia($NH_3$), Methyl Mercaptan($CH_3SH$), Hydrogen Sulfide($H_2S$), Methylamine($CH_3NH_2$), Acetaldehyde($CH_3CHO$). The chemical analysis is performed to analyze the composition of an Arctium Lappa Root extract by VOC analyzer(Phocheck 5000Ex, ION SCIENCE co.) The objectives of the this study are to clarify the possibility of the neutralization of odors sprayed in the fixed bed and determine the removal efficiencies for different input odor concentrations. It is found that Ammonia($NH_3$), Methyl Mercaptan($CH_3SH$), Hydrogen Sulfide($H_2S$), Methylamine($CH_3NH_2$), Acetaldehyde($CH_3CHO$) are significantly removed and their removal efficiencies are higher than 98%. The kitchen detergent with Arctium Lappa Root extract showed excellent removal efficiencies of odor substances and high possibility for the development of kitchen detergent with odor removal.

Keywords

References

  1. Ministry of environment., 2011, INDOOR AIR QUALITY CONTROL IN PUBLICLY USED FACILITIES, ETC. ACT
  2. Cho. s. J., 2008, A study on the physicochemical characteristics and the odor removal an amended natural zeolite, Daejeon university, 19-33
  3. Park, J, C., 2003, A study of deodorization technology using clay mineral, Konyang university, 25-47
  4. Park, J, H., 2008, A study on photocatalytic degradation of noxious gases in indoor using $TiO_{2}$ photocatalyst, Kyonggi university, 16-22
  5. Lee, S, H., 2010 Characteristic variations of the indoor air pollutant concentrations in comparison with the ventilation system, Gyeongnam national university of science and technology, 29-34
  6. Kim, Y, S., Hong, S, C., Lee, C, M., Cho, J, H., Jeun, J, H., Kim, Y, S., 2004, Removal effect of the indoor air pollutants by an air cleaner, Korean society for atmospheric environment, 503-504
  7. Determination of volatile organic compounds in consumer products and reactive organic compounds in aerosol coating products, Method 310, MLD SOP SAS 01., 2005, ARB
  8. Air pollution in cities., 1999, Atmospheric environment, 33, Helmut Mayer Indoor Emission Characteristics of liquid household products using purge and trap method., 2007, Korea society of environmental engineers, 12(5)