| Title |
Analysis of the Linkage Effect by Component Technology in Low Impact Development Facilities |
| Authors |
백종석 ( Baek Jongseok ) ; 이상진 ( Lee Sangjin ) ; 신현석 ( Shin Hyunsuk ) ; 김재문 ( Kim Jaemoon ) ; 김형산 ( Kim Hyungsan ) |
| DOI |
https://doi.org/10.15681/KSWE.2019.35.1.35 |
| Keywords |
EPA SWMM; LID; Linkage; Runoff; Urbanization |
| Abstract |
Urbanization has led to extreme changes in land use on urban watersheds. Most cities are becoming residential, commercial and industrial areas, making infiltration and storage of rainfall less favorable. The demand for LID (Low Impact Development) technology is increasing in order to mitigate this water cycle distortion and return to existing hydrological conditions. The LID technique is effective in reducing runoff by permeating the urban impervious area. However, considering the limit of the installation area and the financial requirement of the installation, there is not much research on the linkage of each LID component technology for optimum efficiency according to the appropriate scale. In this study, the effects of the LID facilities applied to the target site were simulated using the SWMM model, suggesting the optimal linkage method considering interconnectivity, and applying the effects as an existing installation of individual facilities. The water balance at the time of application of the LID technology, short-term and long-term rainfall event were compared. Also, the individual application and the linkage application were compared with each other. If each component technology has sufficient processing size, then linkage application is more effective than individual application. |