Course Information:
Course ID: | B-214 |
Type of Course: | Required/Elective |
Semester: | Fall/Spring |
ΕCTS: | 9 |
Instructors: Associate Professor A. Voulgarakis,
Recommended Reading:
Mark Z. Jacobson (2012), "Air Pollution and Global Warming: History, Science, and Solutions", Cambridge University Press
Lazaridis, M. (2010), "First Principles of Meteorology and Air Pollution”, Springe
Eclass:
Course objectives:
The overall course objective is to introduce the students to the problem of air pollution, and to provide them with skills that will equip them to be able to measure, model, and predict quantities that are relevant to air pollution levels and air quality. Basic theoretical understanding of the fundamental aspects of the problem will be built, while more applied lectures and projects will provide knowledge and hands-on experience on modelling tools and measurement techniques of air pollution levels.
Syllabus:
1st Week: | Overview of the air pollution problem – history and current state |
2nd Week: | Gaseous pollutants |
3rd Week: | Aerosol pollutants |
4th Week: | Air pollutants and climate change |
5th Week: | Modelling air pollution and air quality |
6th Week: | Problem class |
7th Week: | Measuring air pollution and air quality |
8th Week: | Health and ecosystem effects of air pollution |
9th Week: | Effects of weather phenomena on air pollutants |
10th Week: | Air quality control policies and regulations |
11th Week: | Indoor air quality / Project overview |
12th Week: | Modelling dispersion of pollutants / Project progress |
13th Week: | Project presentations |
Assessment method:
Last modification: 24-02-2023