adms aermod calpuff

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Well Known Dispersion Models Short range dispersion model s (upto 50km) ADMS (ADMS4 Industrial, Roads, Urban, Airports) AERMOD, ISC, OML, AUSTAL – Industrial releases CALINE – Road sources OSPM – Street canyons AirViro – Urban air quality Medium range dispersion models CALPUFF - Regional haze
Comparison of ADMS, AERMOD and CALPUFF Model Features Modelling Feature ADMS AERMOD CALPUFF APPLICATIONS Applications Up to 50km from sources; local and urban scale. Up to 50km from sources. Local and Regional Pollution Impacts. SOURCE TYPES Source types Point, line (including road, rail), area, volume, grid, jet. Point, line, volume and area sources. Point, line, volume, area METEOROLOGY Meteorology DISPERSION Boundary layer structure ADMS Pre-processor AERMET Pre-processor CALMET Pre-processor h, L MO scaling h, L MO scaling h, L MO scaling Plume rise Advanced integral model Briggs empirical expressions Concentration distribution Advanced Gaussian plume and puff model Advanced Gaussian plume model Briggs empirical expressions Non-steady Gaussian puff model
Page 1: Comparison of Air Dispersion Models
Page 5 and 6: Comparison of ADMS, ARMOD and CALPU
Page 7 and 8: Flat terrain II Kincaid power plant
Page 9 and 10: Flat terrain IV- Kincaid power plan
Page 11 and 12: Flat Terrain VI - Prairie Grass Pra
Page 13 and 14: Flat Terrain VIII Power Plant Compa
Page 15 and 16: Building Effects I • Two plume ap
Page 17 and 18: Building Effects III Robins & Castr
Page 19 and 20: Building Effects V Snyder Experimen
Page 21 and 22: Complex Terrain II: ADMS and AERMOD
Page 23 and 24: Complex Terrain IV, CALPUFF: Wyomin
Page 25 and 26: Road Traffic Emissions I US CALTRAN
Page 28 and 29: Summary • Dispersion models in us
Page 30 and 31: ADMS-Roads M4 calculated and monito

adms aermod calpuff

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