@article{ART001552286},
author={서세덕 and Jae Il Lee and Ha， Sungryong},
title={Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2011},
volume={20},
number={2},
pages={225-232}
TY - JOUR
AU - 서세덕
AU - Jae Il Lee
AU - Ha， Sungryong
TI - Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir
JO - Journal of Environmental Impact Assessment
PY - 2011
VL - 20
IS - 2
PB - Korean Society Of Environmental Impact Assessment
SP - 225
EP - 232
SN - 1225-7184
AB - In the study, CE-QUAL-W2 model was used and its examination and correction were conducted targeting 2001 and 2003 when the condition of rainfall was contradicted. Using the proved model in 2003, a scenario was implemented with management of locations for dewatering outlets and actual data for dam management in 1987 when inflow and outflow level were almost same. In case of the scenario which the location of dewatering outlets was 5m higher than usual location, exclusion efficiency for turbid water inflow at the beginning of precipitation was good. In case of the scenario which the location of dewatering outlets was 10m lower than usual location, exclusion efficiency for excluding turbid water remained in a reservoir after the end of precipitation. However, the scenario applying dam management data in 1987, exclusion efficiency was relatively low. In the scenario, power-generating water release spot at EL.57m for first four days after the beginning of precipitation, EL.52m for 5th to 8th and EL.42m from 9th days.An analysis of the scenario reveals that both excessive days exceeded 30NTU and average turbidity levels were decreased comparing before and after the alteration on outlets. The average turbidity levels were decreased by minimum of 55% to maximum of 70%and 30NTU exceeding days were decreased by 45 days at maximum. Also, since it could exclude most of turbid water in a reservoir before the destatifcation, the risk for turbid water evenly distributed in a reservoir along with turn-over could be decreased as well.
KW - reservoir;discharge;duration curve;turbidity
DO -
UR -
ER -
서세덕, Jae Il Lee and Ha， Sungryong. (2011). Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir. Journal of Environmental Impact Assessment, 20(2), 225-232.
서세덕, Jae Il Lee and Ha， Sungryong. 2011, "Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir", Journal of Environmental Impact Assessment, vol.20, no.2 pp.225-232.
서세덕, Jae Il Lee, Ha， Sungryong "Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir" Journal of Environmental Impact Assessment 20.2 pp.225-232 (2011) : 225.
서세덕, Jae Il Lee, Ha， Sungryong. Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir. 2011; 20(2), 225-232.
서세덕, Jae Il Lee and Ha， Sungryong. "Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir" Journal of Environmental Impact Assessment 20, no.2 (2011) : 225-232.
서세덕; Jae Il Lee; Ha， Sungryong. Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir. Journal of Environmental Impact Assessment, 20(2), 225-232.
서세덕; Jae Il Lee; Ha， Sungryong. Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir. Journal of Environmental Impact Assessment. 2011; 20(2) 225-232.
서세덕, Jae Il Lee, Ha， Sungryong. Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir. 2011; 20(2), 225-232.
서세덕, Jae Il Lee and Ha， Sungryong. "Effect of Hydroelectric Power Plant Discharge on the Turbidity Distribution in Dae-Cheong Dam Reservoir" Journal of Environmental Impact Assessment 20, no.2 (2011) : 225-232.
