크린센터 주변 부지 대기확산에 관한 연구
A study on the atmospheric diffusion of land around the clean center
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초록
In this study, CALPUFF, a three-dimensional atmospheric diffusion model, was used to predict the degree of influence of pollutants generated during clean center operation on surrounding areas. To drive the CALPUFF model, CALMET, a weather field calculation model, was used. Due to the influence of the wind field, air pollutants from the Clean Center diffused in the southeast direction, increasing the distribution area. SOx satisfies atmospheric environmental standards with an annual average value of 0.02 ppm or less NOx satisfies atmospheric environmental standards with an annual average value of 0.03 ppm or less. Dust (PM-10) satisfies atmospheric environmental standards with an annual average value of 50㎍/m3 or less and 24 hours average value of 100㎍/m3 or less. CO satisfies atmospheric environmental standards with an 8 hours average value of 9 ppm or less and an 1 hour average value of 25 ppm or less.
Abstract
In this study, CALPUFF, a three-dimensional atmospheric diffusion model, was used to predict the degree of influence of pollutants generated during clean center operation on surrounding areas. To drive the CALPUFF model, CALMET, a weather field calculation model, was used. Due to the influence of the wind field, air pollutants from the Clean Center diffused in the southeast direction, increasing the distribution area. SOx satisfies atmospheric environmental standards with an annual average value of 0.02 ppm or less NOx satisfies atmospheric environmental standards with an annual average value of 0.03 ppm or less. Dust (PM-10) satisfies atmospheric environmental standards with an annual average value of 50㎍/m3 or less and 24 hours average value of 100㎍/m3 or less. CO satisfies atmospheric environmental standards with an 8 hours average value of 9 ppm or less and an 1 hour average value of 25 ppm or less.
참고문헌 (8)
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- Sung-Ho Kong, "A Study on Dioxins generated from Incineration Process", Journal of RIEET, 4, pp.31~39 (1988)
- 하민진, "CALPUFF 모델을 이용한 기후변화에 따른 일산화탄소의 대기오염 영향 분석", 한국기후변화학회지, 8(2), pp.81~89 (2017), 한국기후변화학회[DOI]
- 백승혁, "탭 변환 단권변압기 기반 LVRT", HVRT 시험장비의임피던스 설계, 2020, pp.24(1), 216~224[DOI]
- 구윤서, "기상장변화에 따른 민감도 평가 및 악취모델링(CALPUFF) 분석", 실내환경 및 냄새 학회지, 9(3), pp.142~150 (2010), 한국냄새환경학회
- Chong-Bum Lee, "Evaluation of CALPUFF Dispersion Modeling using Tracer Experiment Data", Journal of the Environment, 11(1), pp.7~16 (2016)