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@article{ART002089145},
author={김태열 and 신성훈 and 이학수 and 신태섭 and Woo Dal Sik},
title={A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change},
journal={Crisisonomy},
issn={2466-1198},
year={2016},
volume={12},
number={2},
pages={79-87}

TY - JOUR
AU - 김태열
AU - 신성훈
AU - 이학수
AU - 신태섭
AU - Woo Dal Sik
TI - A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change
JO - Crisisonomy
PY - 2016
VL - 12
IS - 2
PB - Crisis and Emergency Management: Theory and Praxis
SP - 79
EP - 87
SN - 2466-1198
AB - This paper aims to examine how to maintain stable water quality of raw water in response to urgent circumstances of high contamination level by applying inter-blending to the treatment process of surface water contamination due to heavy precipitation or typhoons during the summer. The turbidity category of 150-200 NTU and more than 300 NTU were adjusted to high-turbidity concentration through cray suspension spiking, thereby stabilizing surface water quality. There was no significant effect on the improvement of process efficiency for the average category, turbidity of 10-29% depending on the blending ratio and TOC of 10-17% of processing efficiency for the category of 150-200 NTU, and turbidity of 11-20% and TOC 8-30% processing efficiency for the category of more than 300 NTU. The experiment confirmed that inter-blending could stabilize water quality and minimize the overload effect during the process in case of high level of turbidity occurs.
KW - inter-blending;high-turbidity;stabilization of surface water;PASC;sand filter
DO -
UR -
ER -

김태열, 신성훈, 이학수, 신태섭 and Woo Dal Sik. (2016). A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change. Crisisonomy, 12(2), 79-87.

김태열, 신성훈, 이학수, 신태섭 and Woo Dal Sik. 2016, "A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change", Crisisonomy, vol.12, no.2 pp.79-87.

김태열, 신성훈, 이학수, 신태섭, Woo Dal Sik "A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change" Crisisonomy 12.2 pp.79-87 (2016) : 79.

김태열, 신성훈, 이학수, 신태섭, Woo Dal Sik. A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change. 2016; 12(2), 79-87.

김태열, 신성훈, 이학수, 신태섭 and Woo Dal Sik. "A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change" Crisisonomy 12, no.2 (2016) : 79-87.

김태열; 신성훈; 이학수; 신태섭; Woo Dal Sik. A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change. Crisisonomy, 12(2), 79-87.

김태열; 신성훈; 이학수; 신태섭; Woo Dal Sik. A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change. Crisisonomy. 2016; 12(2) 79-87.

김태열, 신성훈, 이학수, 신태섭, Woo Dal Sik. A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change. 2016; 12(2), 79-87.

김태열, 신성훈, 이학수, 신태섭 and Woo Dal Sik. "A Study on Stabilization of Water Treatment System Operation through Inter-blending Method: in Response to Heavy Precipitation by Climate Change" Crisisonomy 12, no.2 (2016) : 79-87.