Atmospheric Pollution Control AM216021 Current Open for UCT
Topic outline
-
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).
-
Extra information associated with a particular point in a document or other piece of information
-
Contact, profile, and consultancy tools with the professor
-
General principles, pedagogy and management strategies used for classroom instruction
-
Types and grades of qualification suggested to follow the course
-
Resources used in teaching and learning to help achieve desired studying objectives
-
The amount of working time expected or assigned students
-
General endpoints of knowledge and understanding after the study
-
Function indicates that the study should completed with substantially quality and credit
-
Assessment by lecturer of all aspects of the learning experience
-
Recommended textbooks, reference books, workbooks and handbooks
-
An informal gathering where current students can learn all about
(designed openly for enrolled participants)
-
-
-
Lecture 03 Composition, varying of gases, criteria pollutants, sources and sinks Lesson
Key issues:
- Physicochemical properties of major air pollutants
- Composition: spatially & temporally varying of gases
- Ambient mixing ratios
- Main gases, natural and artificial sources & sinks
- Health effects and environmental impacts
- Contribution to pollution phenomenons
- Abundance indoor, outdoor, acid deposition, stratospheric ozone and climate change
-
Module 03 Composition, varying of gases, criteria pollutants, sources and sinks File PDF
(Supporting handouts for Lecture 03, printable pdf format, A4 size, landscape layout)
1.7 MB -
Shared media: a thermal imaging experiment & extended satellite measurments Page
Illustrative video clips explain:
- Controlled experiment on how greenhouse gases absorb infrared light
- Extended results of satellite observation related to global warming
- Nitrous oxide and the silent climate impact worse than CO2
- The dynamics of CO2 levels using Orbiting Carbon Observatory-2 data visualization
-
Relevant link / literature URL
Greenhouse gases - Inventory data, profiles, maps and indicators
-
Individual presentation 03 Workshop
Title 03: Climate change and trends, mitigation and adaptation programme
-
Practical exercise series / Topics 7 and 8 Assignment
Topic 7. Atmospheric structure and characteristics, 4pts
(8 x 0.5pt)
Topic 8. Air pressure, density, volume and processes affecting temperature, 10pts
(a. 1pt / b. 2pts / c. 2pts / d. 2pts / e. 1pt / f. 2pts)
-