Atmospheric Pollution Control AM216021 Current Open for UCT
Topic outline
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General information
This course provides fundamental knowledge in the nature of atmospheric pollution, relative types, correlated effects, control principles and applications.
The interactive video conferencing-based tools are available in Microsoft Teams and Zoom Video Communications (screen share interactive face-to-face learning).
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Extra information associated with a particular point in a document or other piece of information
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General principles, pedagogy and management strategies used for classroom instruction
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Resources used in teaching and learning to help achieve desired studying objectives
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Function indicates that the study should completed with substantially quality and credit
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An informal gathering where current students can learn all about
(designed openly for enrolled participants)
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Lecture 15. Fundamentals of atmospheric dispersion modeling Lesson
Key issues:
- Characterizing the nature, location, and intensity of emission sources for accurate modeling
- Utilizing high-quality meteorological data to accurately simulate atmospheric conditions
- Challenges associated with modeling dispersion in areas with complex topography or urban landscapes
- Distribution of particle sizes emitted from sources to account for variations in dispersion behavior
- Sensitivity analyses to understand the impact of input parameters on model outcomes
- Simultaneous dispersion of multiple pollutants and their interactions
- Emergency response planning and preparedness in case of accidental releases
- Quantifying and communicating uncertainties associated with dispersion model predictions
- Validating the performance of models against observed data
- Ensuring that dispersion modeling meets regulatory requirements and standards
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Individual presentation 15 Workshop
Title 15: Air dispersion scenarios, estimated concentration and pollution prediction
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Practical exercise series / Topics 30 and 31 Assignment
Topic 30. Basic fixed box model, 8pts
(a. 4 pts / b. 2 pts / c. 2 pts)
Topic 31. Gaussian dispersion model with reflection, 8pts
(a. 2 pts / b. 2 pts / c. 2 pts / d. 2pts)
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WRF-Chem