통합환경관리제도 운영을 위한 대기오염물질 배출영향분석에 관한 연구
Discharge Impact Analysis of Air Pollutants for Integrated Environmental Management
0
조회
0
다운로드
3
인용
0
참고문헌
키워드
초록
Unlike water quality, air quality is difficult to assess since pollutants are discharged and diffused via various paths. For this reason, when establishing an air management policy, complex modeling is performed to predict future environmental changes. To accurately predict air quality and suggest an appropriate pollutant management policy, the number of pollutants generated by each emission source and the number of pollutant emissions is calculated herein, and the contribution of pollutants by emission source is determined. In this respect, atmospheric modeling is being used as an important tool. However, because this modeling technique represents the problematic pollutant, it is most important to ensure the reliability of the input data to derive an accurate modeling result. In 2017, an integrated environmental management system was introduced in which the management of discharge facilities, which were applied for each medium (water quality, air, waste, etc.), was integrated and managed at the plant level. In addition, through the emission impact analysis, it is now possible to establish customized permit emission limits for each plant site by considering the effect on the surroundings and set up receptor for quantifying the concentration of additional pollutants in the emission facility. The purpose of this study is to compare domestic and foreign air pollutant emission impact analysis methods and air quality prediction models to propose development directions for future air pollutant emission impact analysis
Abstract
Unlike water quality, air quality is difficult to assess since pollutants are discharged and diffused via various paths. For this reason, when establishing an air management policy, complex modeling is performed to predict future environmental changes. To accurately predict air quality and suggest an appropriate pollutant management policy, the number of pollutants generated by each emission source and the number of pollutant emissions is calculated herein, and the contribution of pollutants by emission source is determined. In this respect, atmospheric modeling is being used as an important tool. However, because this modeling technique represents the problematic pollutant, it is most important to ensure the reliability of the input data to derive an accurate modeling result. In 2017, an integrated environmental management system was introduced in which the management of discharge facilities, which were applied for each medium (water quality, air, waste, etc.), was integrated and managed at the plant level. In addition, through the emission impact analysis, it is now possible to establish customized permit emission limits for each plant site by considering the effect on the surroundings and set up receptor for quantifying the concentration of additional pollutants in the emission facility. The purpose of this study is to compare domestic and foreign air pollutant emission impact analysis methods and air quality prediction models to propose development directions for future air pollutant emission impact analysis
참고문헌 (16)
- 대기오염물질 원인 및 영향분석 방법론에 기반한 대기환경관리정책의 과학화 방안 연구, "장이재", 37~61 (2018)
- AERMOD: DESCRIPTION OF MODEL FORMULATION, "EPA", 40~ (2004)
- A. Venkatram, "Modeling dispersion at distances of meters from urban sources", Atmospheric Environment, 38, pp.4633~4641 (2004)
- T. sax, "A case study for assessing uncertainty in local-scale regulatory air quality modeling applications", Atmospheric Environment, 37, pp.3481~3489 (2003)
- J. H. Park, "Prediction of Air Quality in Incheon Using AREMOD modeling", J. of Korean Society of Environmental Technology, 8(3), pp.222~232 (2007)
- 통합허가 배출영향분석 방법 고도화 연구, "환경부", 98~ (2016)
- 생활악취 관리기준 모델 개발 연구, "국립환경과학원", 34~ (2017)
- 환경영향평가시 대기확산모델의 적용에 관한 연구, "문난경", 46~73 (2005)
- 환경영향평가 검증체계 마련 연구(I), "국립환경과학원", 30~ (2017)
- 통합환경관리제도 도입을 위한 배출물질별 환경 질 목표수준 설정 연구, "국립환경과학원", 67~ (2014)
- Environment Agency, "H1 Annex F–Air emissions", 33~48 (2011)
- 배출영향분석 프로그램개발 연구사업, "환경부", 31~37 (2014)
- 국립환경과학원, "독일 대기오염방지 기술지침(TA Luft 2002)", ~ (2002)
- J. H. Kim, "A case study and review of emission impact analysis for establishing integrated environmental management permit emission for air pollutants-emitting facilities", Korea Environmental Policy and Administration Society, pp.19~23 (2017)
- 국립환경과학원, "통합관리사업자 및 허가권자를 위한대기오염물질 배출영향분석 프로그램 설치 및 운영 매뉴얼", 21~ (2019)
- W. B. Faulkner, "Sensitivity of Two Dispersion Models(AERMOD and ISCST3)to Input Parameters for a Rural Ground-Level Area Source", J. Air & Waste Management Association, 58, pp.1288~1296 (2008)