SuHo Han·MungChae Jung*·JeongWook Kim·SoonWon Jeon·Nguyen Quoc Tuan·KyungWook Yoon·SeonKi Min
Department of Energy Resources and Geosystem Engineering, Sejong
University, Seoul 05006, Korea
한수호·정명채*·김정욱·전순원·누엔 쿠억 트안·윤경욱·민선기
세종대학교 지구자원시스템공학과
Recently, ex-situ remediation technologies has been emerging to clean up
contaminated soils mainly because the in-situ techniques have limited applicability
and technical difficulties in relatively small contaminated sites. Accordingly,
implementation of off-site treatment and disposal have been continuously
increased in soil remediation and restoration projects in Korea. However, in
many cases, reclaimed soil is still not properly recycled or reused. Therefore,
there is an urgent need to document the current status of soil management
practices in soil remediation projects in the nation. This study presents a
survey of soil contamination status and remedial approaches in Korea based on
soil cleanup projects completed in 2015 - 2019, and proposes the possible
options of the recycling or reusing the reclaimed soils under compliance with
related regulations. The results of the soil survey showed soil contamination
was most severe in gas stations, industrial facilities, and military areas. The
major types of pollution were related to the petroleum-contaminated site (TPH
and BTEX) with 77.0% occurrence in all the contaminated sites. The reclaimed
soils were mostly reused as a ground filling-up soils in industrial facilities
(60.0%) and warehouses (37.0%).
Keywords: Soil conservation, Remediation Clean up soil, Soil recycling, Soil contamination
2020; 25(4): 1-6
Published on Dec 31, 2020
Department of Energy Resources and Geosystem Engineering, Sejong University, Seoul 05006, Korea