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공업지역 강우유출수의 PAHs 유출 특성Runoff Characteristic of PAHs from a Industry Areas Stormwater

Other Titles
Runoff Characteristic of PAHs from a Industry Areas Stormwater
Authors
이춘식서규태윤조희권헌각임태효천세억
Issue Date
2015
Publisher
한국수처리학회
Keywords
PAHs(Polycyclic Aromatic Hydrocarbons); Organic; Materials; Quantitative; Vehicle
Citation
한국수처리학회지, v.23, no.4, pp 101 - 116
Pages
16
Indexed
KCI
Journal Title
한국수처리학회지
Volume
23
Number
4
Start Page
101
End Page
116
URI
https://scholarworks.gnu.ac.kr/handle/sw.gnu/17618
DOI
10.17640/KSWST.2015.23.4.101
ISSN
1225-7192
2289-0076
Abstract
The purposes of this research are to grasp physical characteristics of sediments during the dry season, grain-size distribution, accumulation quantity, total content of organic materials and concentration distribution characteristics of PAHs and runoff concentration characteristics of polycyclic aromatic hydrocarbons compound of rainfall runoff water and PAHs behaviors of early rain treatment facility during the raining season on road surface of industrial area among the several urban spaces and provide basic data for management of PAHs of first rain treatment facility in the future. For the selection of investigation points, 4 points including lots of vehicle floating and particular building were selected during the drying season and southwestern drainage gate of SP industrial complex was selected during the raining season in 336,300㎡ of pure drainage area of SP industrial complex in J city. As a result of quantitative analysis on PAHs compound detected by equipment analysis, 8 items were detected among the 16-PAHs. Vehicles are driven the most actively in industrial area, so pyrene was the highest in all of areas. As a result of quantitative analysis on PAHs in rain runoff water, lots of dying factory, fabric, coal using factory, etc. are located in selected point, so Anthracene was high among the 8 items detected. Thoroughly, there was not a big change by time. For the relations among the rainfall, days of non-rainfall and PAHs, it's still difficult to judge that days of non-rainfall are related to the concentration of PAHs.
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건설환경공과대학 (환경공학과)
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