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@article{ART002423674},
author={JOO KWANGJIN and Lee Jong Jun and 김태경 and 최이송 and Kwang-Hyeon Chang and Joo Jinchul and Jong-Min Oh},
title={Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2018},
volume={27},
number={6},
pages={582-594}

TY - JOUR
AU - JOO KWANGJIN
AU - Lee Jong Jun
AU - 김태경
AU - 최이송
AU - Kwang-Hyeon Chang
AU - Joo Jinchul
AU - Jong-Min Oh
TI - Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland
JO - Journal of Environmental Impact Assessment
PY - 2018
VL - 27
IS - 6
PB - Korean Society Of Environmental Impact Assessment
SP - 582
EP - 594
SN - 1225-7184
AB - In this study, the vertical and horizontal flow wetlands were combined in series to create conditions for flow in the exhalation and anaerobic state with the aim of monitoring the variability and reduction of dissolved organic matter in the bio-reactive artificial wetlands, and the performance assessment was conducted as acrylic reaction groups by designing artificial wetlands that filled the functional residuals. In case of artificial wetlands in vertical and horizontal planes, the concentration of dissolved oxygen (DO) in the reaction tank was measured as 2.7 mg/L in the vertical flow wetlands under exhalation, and N.D. in the horizontal flow artificial wetlands under anaerobic conditions. The test was carried out by changing the operation time to 140 min, 80 min, and 60 min. The test was conducted with the same natural operation time of 20 min depending on the operation time. All hours of operation were shown to be due to microbial activity. In 3D-EEM, it was found that the longer the driving time was taken, the more reduction the organic compounds in the areas of insoluble human resources, III and V. Further research on the mechanism analysis of future reduction effects is expected to be carried out, but the findings are expected to contribute to the development of technologies for reducing obfuscated substances using artificial wetlands in the future.
KW - DOM;Artificial Wetland;EEM
DO -
UR -
ER -

JOO KWANGJIN, Lee Jong Jun, 김태경, 최이송, Kwang-Hyeon Chang, Joo Jinchul and Jong-Min Oh. (2018). Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland. Journal of Environmental Impact Assessment, 27(6), 582-594.

JOO KWANGJIN, Lee Jong Jun, 김태경, 최이송, Kwang-Hyeon Chang, Joo Jinchul and Jong-Min Oh. 2018, "Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland", Journal of Environmental Impact Assessment, vol.27, no.6 pp.582-594.

JOO KWANGJIN, Lee Jong Jun, 김태경, 최이송, Kwang-Hyeon Chang, Joo Jinchul, Jong-Min Oh "Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland" Journal of Environmental Impact Assessment 27.6 pp.582-594 (2018) : 582.

JOO KWANGJIN, Lee Jong Jun, 김태경, 최이송, Kwang-Hyeon Chang, Joo Jinchul, Jong-Min Oh. Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland. 2018; 27(6), 582-594.

JOO KWANGJIN, Lee Jong Jun, 김태경, 최이송, Kwang-Hyeon Chang, Joo Jinchul and Jong-Min Oh. "Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland" Journal of Environmental Impact Assessment 27, no.6 (2018) : 582-594.

JOO KWANGJIN; Lee Jong Jun; 김태경; 최이송; Kwang-Hyeon Chang; Joo Jinchul; Jong-Min Oh. Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland. Journal of Environmental Impact Assessment, 27(6), 582-594.

JOO KWANGJIN; Lee Jong Jun; 김태경; 최이송; Kwang-Hyeon Chang; Joo Jinchul; Jong-Min Oh. Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland. Journal of Environmental Impact Assessment. 2018; 27(6) 582-594.

JOO KWANGJIN, Lee Jong Jun, 김태경, 최이송, Kwang-Hyeon Chang, Joo Jinchul, Jong-Min Oh. Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland. 2018; 27(6), 582-594.

JOO KWANGJIN, Lee Jong Jun, 김태경, 최이송, Kwang-Hyeon Chang, Joo Jinchul and Jong-Min Oh. "Evaluation of DOM Variations and Reduction Effects in Bioreation Artificial Wetland" Journal of Environmental Impact Assessment 27, no.6 (2018) : 582-594.