<--- Back to Details
First PageDocument Content
Air pollution in the United States / Earth / Air pollution / National Ambient Air Quality Standards / Air quality / Major stationary source / Clean Air Act / Title 40 of the Code of Federal Regulations / United States Environmental Protection Agency / Air dispersion modeling / Environment
Date: 2014-05-13 12:30:47
Air pollution in the United States
Earth
Air pollution
National Ambient Air Quality Standards
Air quality
Major stationary source
Clean Air Act
Title 40 of the Code of Federal Regulations
United States Environmental Protection Agency
Air dispersion modeling
Environment

Microsoft PowerPoint - SO2 data reqts prop rule Webinar FINAL May[removed]pptx

Add to Reading List

Source URL: epa.gov

Download Document from Source Website

File Size: 306,58 KB

Share Document on Facebook

Similar Documents

Air Resources Laboratory Web-based HYSPLIT Applications for Emergency Response A Complete Modeling System for Simulating Dispersion of Harmful Atmospheric Material The accidental or intentional release of chemical, biolo

DocID: 1tR6H - View Document

HYSPLIT volcanic ash dispersion modeling R&D, NOAA NWS NCEP operations, and transfer to operations Barbara Stunder1, Alice Crawford1,2, Tianfeng Chai1,2, Michael Pavolonis3 1NOAA OAR Air Resources Laboratory (ARL), Coll

DocID: 1t0NN - View Document

Modeling Protocol: Dispersion Modeling to Demonstrate Attainment of SO2 Primary NAAQS July 25, 2011 Region 5 States Dispersion modeling is necessary to demonstrate attainment of the 1-hour ambient air quality standard

DocID: 1rTER - View Document

Pollution / Air pollution / Atmospheric dispersion modeling / Atmosphere of Earth / Natural environment / Environmental engineering / Climate modeling / Particulates / Data file / Preprocessor / MOZART

Polyphemus 1.2 User’s Guide ENPC – INRIA – EDF R&D Meryem Ahmed de Biasi, Vivien Mallet, ´

DocID: 1rrSo - View Document

Atmospheric dispersion modeling / Air pollution / Wind tunnel / Atmosphere of Earth / Physical geography

Impact of very tall buildings on urban air quality Lead Supervisor: Dr Matteo Carpentieri, EnFlo Laboratory, University of Surrey. Email: Co-supervisors: Dr Philip Hancock, EnFlo Laboratory; Dr

DocID: 1rlwo - View Document