
In this lecture, you will be able to understand what is the AERMOD Modeling System, why to use it and what are the benefits of an air dispersion model in air pollution prevention and environmental management.
A glossary of words, phrases, and terms used in air pollution control and air pollution modeling.
Check the possible result that you can create after taking this course.
Understand how the energy on the earth's surface interferes with air dispersion, how the land cover influences it, and what is the famous Bowen's Ratio and Albedo.
Understand the main concepts of atmospheric conditions (Stable, Unstable, and Neutral) that influence air dispersion.
Understand the main concepts of atmospheric conditions (Stable, Unstable, and Neutral) that influence air dispersion.
Understand the atmospheric Layer composition and its normal daily variation
Understand the main sources of turbulence and their impact on pollutant dispersion and what is the famous Surface Roughness Length
Understand what is similarity theory and the effective parameters
Understand a few points of what AERMOD/AERMET considers about air turbulence and dispersion
Understand a few points of what AERMOD/AERMET considers on different layer conditions to estimate air turbulence and dispersion
Understand a few points of what AERMODconsiders regarding different terrains conditions and the presence of buildings to estimate air turbulence and dispersion
Understand the three components of dispersion computed by AERMOD and the five different plume types considered on the model.
Explore and learn about the main characteristics of the case study area.
Take a look at where are the sources, what are the characteristics. Get to know them to help your understanding of the area and what should be your strategies to assess air pollution and maintain the air quality of the environment.
How to take the most of the Practical Activity, using the pocketbooks and EPA Guides
Pocketbook to boost your learning during lectures
Introductory information about AERSURFACE and its inputs
Step by step lecture on how to prepare the input control file and run AERSURFACE
Learn and understand AERSURFACE outputs
Pocketbook to boost your learning during lectures
Introductory information about AERMINUTE and its inputs
Step by step lecture on how to prepare the input control file and run AERMINUTE
Learn and understand AERMINUTE outputs
Pocketbook to boost your learning during lectures
Introductory information about AERMET and its inputs
Explore the stations that provide Integrated Surface Dataset all over the globe with the kmz file, which can be opened on Google Earth Software.
Step by step lecture on how to prepare the input control file and run the stage 1 of AERMET
Learn and understand AERMET outputs generated on stage 1
Step by step lecture on how to prepare the input control file and run the stage 2 of AERMET
Learn and understand AERMET outputs generated on stage 2
Step by step lecture on how to prepare the input control file and run the stage 3 of AERMET
Learn and understand AERMET outputs generated on stage 3
Pocketbook to boost your learning during lectures
Introductory information about AERMAP and its inputs
Step by step lecture on how to prepare the input control file and run AERMINUTE
Learn and understand AERMAP outputs
Pocketbook to boost your learning during lectures
Introductory information about BPIPPRM and its inputs
Step by step lecture on how to prepare the input control file and run BPIPPRM
Pocketbook to boost your learning during lectures
Introductory information about AERMOD, its inputs and the scenarios to model
Step by step lecture on how to prepare the input control file and run AERMOD
Learn and understand AERMOD outputs
Learn how to prepare the PLOTFILE output and import it to QGIS
Learn how to edit your data in QGIS
This course explains all the requirements to perform an air dispersion modeling with AERMOD, the USEPA preferred computer model used to assess and estimate pollutant concentrations and air quality impact caused by air emissions from a variety of sources, such as industrial stacks.
This is your course if you want to take your first steps with the air dispersion model and:
You want to learn how to model atmospheric emissions and assess their impact on air quality.
You want to carry out environmental consulting in the field of air quality and atmospheric dispersion modeling.
You want to learn how to estimate pollutant concentrations in ambient air in a region and know how to define the better position of monitoring stations
In this course, you will learn the fundamentals principles and concepts of air dispersion, this will help you to understand every step needed to model using the AERMOD software package. Every processor needed for this course is free for use during and after the course, and the software package that you will learn how to use includes:
AERSURFACE (Version 20060)
AERMINUTE (Version 15272)
AERMET (Version 19191)
AERMAP (Version 18081)
BPIPPRIM (Version 04274)
AERMOD (Version 19191)
QGIS (Version 3.10.4)
Practical training is the core of this course so the lectures focus on practical activities on how to set up and run each one of the processors. Therefore, the main objectives of the course are:
Provide a step-by-step walkthrough, in order to familiarize you with the use of each processor, helping you to understand their main features and their outputs.
Prepare you with a concise and comprehensive knowledge that will allow you to perform a complete air dispersion modeling with a hands-on, real-world case study.
In the long term perspective, from this course, you get condensed valuable guidance that you can use as a pocketbook to study and review at any moment, helping you during the implementation of an air dispersion modeling or just clarifying any doubts you might have in the future.
In summary, the course presents practical explanations and examples, as well as hands-on exercises for the implementation of Air Dispersion Modeling using AERMOD.
Photo by Chris LeBoutillier on Pexels and picture from Freepik