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Vehicular Emission Modelling is used to predict air pollutant concentrations generated by moving and idling vehicles near highways, roads, and signalized intersections. The model estimates emissions of carbon monoxide (CO), nitrogen dioxide (NO₂), particulate matter (PM), and other pollutants under different traffic conditions. It also evaluates vehicle queue lengths at intersections and predicts pollutant concentrations at specific receptor locations, including Cartesian receptor grids, discrete receptors, and roadside receptors. These assessments support air quality management, transportation planning, and environmental compliance.
| Attribute | Value |
|---|---|
| Traffic Analysis | Assessment |
| Air Quality Impact | Evaluation |
| Additional Information | |
|---|---|
| Customisable | No |

It is used for highways, urban roads, signalized intersections, transportation corridors, industrial access roads, and infrastructure development projects.
The model uses traffic volume, vehicle types, vehicle speed, emission factors, road geometry, meteorological data, and receptor locations.
It predicts traffic-related air pollution levels, helping evaluate the environmental impact of proposed transportation and development projects.
Yes, it estimates emissions from idling and moving vehicles, including queue lengths and pollutant concentrations at signalized intersections.
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