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- E-ISSN 2288-8985
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Development of a building materials database; Volatile organic compounds, formaldehyde emission rates and chemical compositions
Analytical Science and Technology / Analytical Science and Technology, (P)1225-0163; (E)2288-8985
2009, v.22 no.1, pp.57-64
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(2009). Development of a building materials database; Volatile organic compounds, formaldehyde emission rates and chemical compositions. Analytical Science and Technology, 22(1), 57-64.
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Abstract
A material database has been developed for VOCs and formaldehyde emitted from building materials in this study. New classification system has been made by correlating the classification methods used in Korean Air Cleaning and Environmental Protection Agency. The developed databases include emission rates of TVOC, 5VOC and formaldehyde emitted from each building material. In addition, the databases can be used as an input variable to estimate indoor air quality (IAQ) using computer simulation since they also contain chemical component and general imformation. Box plot was used to do statistical analysis for emission rates of formaldehyde and TVOCs from different types of building materials. Also we confirmed the building materials worsening IAQ by categorizing the emission characteristic of different types of pollutants.
- keywords
- building materials, TVOC, 5VOC, formaldehyde, database
Reference
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1. Korea National Housing Corporation, ‘A study on improvement of indoor air environment for collective housing (II)’ (2003).
2
2. Ministry of Environment, Republic of Korea, ‘Act on Indoor Air Quality Control in Public Facilities, etc.’ (2004).
3
3. Ministry of Education & Human Resources Development, Republic of Korea, ‘School Health Act’ (2005).
4
4. Ministry of Construction & Transportation, Republic of Korea, ‘Building Act’ (2007).
5
5. D. H. Kang, M. S. Yeo and K. W. Kim, J. of SAREK, 35(12), 33-40(2006).
6
6. C. Howard-Reed, B. Polidoro and W. S. Dols, Proceeding of the A & WMA Conference, 1-14 (2003).
7
7. D. Won, R. J. Magee, W. Yang, E. Lusztyk, G. Nong and C. Y. Shaw, Proceedings of The 10th International Conference on Indoor Air Quality and Climate, 1-6 (2005).
8
8. M. O. Jang, ‘Development of analytical method and evaluation for pollutants emitted from car interiors’, Master Thesis, Kangwon National University (2008).
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