AERMOD Air Dispersion Analysis
Budget: $30 – $250 USD
I have to quantify how particulate matter, NOx and SO₂ from one or more industrial facilities disperse over the surrounding area. All calculations must follow the AERMET → AERMOD workflow so the final results can slot straight into an air-quality assessment report.
Here is what I will hand over:
• Site location, stack parameters and emission rates for each industrial source
• Surface characteristics data and the nearest upper-air station ID
• Any receptor grids or discrete receptors I already use in other studies
What I need back:
1. Cleaned and processed 1-year (or longer, if you think it matters) meteorological files generated in AERMET.
2. A fully documented AERMOD run that covers PM, NOx and SO₂ simultaneously, including input (*.inp) and output (*.out) files, concentration and deposition grids, and annotated contour plots ready for a report.
3. A short technical memo describing data sources, options chosen, model checks, and a concise interpretation of the predicted ambient levels.
Use US EPA-approved versions of AERMET/AERMOD, and keep naming conventions so I can rerun or audit your work later. If something is missing or you prefer a different terrain processor, just flag it early; I am flexible as long as the core modelling remains with AERMOD.
Here is what I will hand over:
• Site location, stack parameters and emission rates for each industrial source
• Surface characteristics data and the nearest upper-air station ID
• Any receptor grids or discrete receptors I already use in other studies
What I need back:
1. Cleaned and processed 1-year (or longer, if you think it matters) meteorological files generated in AERMET.
2. A fully documented AERMOD run that covers PM, NOx and SO₂ simultaneously, including input (*.inp) and output (*.out) files, concentration and deposition grids, and annotated contour plots ready for a report.
3. A short technical memo describing data sources, options chosen, model checks, and a concise interpretation of the predicted ambient levels.
Use US EPA-approved versions of AERMET/AERMOD, and keep naming conventions so I can rerun or audit your work later. If something is missing or you prefer a different terrain processor, just flag it early; I am flexible as long as the core modelling remains with AERMOD.