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SOURCES AND DIFFUSION OF AIR POLLUTANTS

•    Course codę:    ISS2014

•    Course title:    Sources and diffusion of air pollutants

•    Language of the lecturer:    polish

Course form	Lecture	Classes	Laboratory	Project	Seminar
Number of hours/week*	1			2
Number of hours/semester*	15			30
Form of the course completion	Grade			Grade
ECTS credits	1			2
To tal Student's Workload	30			60

•    Level of the course (basic/advanced): basie

•    Prereąuisites: nonę

•    Name, first name and degree of the lecturer/supervisor: Jan. D.Rutkowski, prof.dr hab.

•    Names, first names and degrees of the team’s members: Mirosław Szklarczyk dr

hab.inż., Kazimierz Gaj dr inż., Jarosław Rzeźnicki mgr inż

•    Year: I    Semester: 1

•    Type of the course (obligatory/optional): obligatory

•    Aims of the course (effects of the course):

•    Form of the teaching (traditional/e-leaming): traditional

•    Course description: ): The course includesalecture and design classes. It starts with the

recollection of the basie defonotions and notions dealt with in Air pollution Control Engonnering This is followed by the charakterization of Polish Ambient Air Quality Standards, with emphasis on some of the pollution sources and on the standard model for computing the diffusion of pollutants from a point emitter.The main part of the lecture concentrates on the models describing the diffusion of airbome pollutants that come from linear and surface sources. The lecture terminates with the outline of basie information on some other computational models describing pollutants dispersion. The design classes includecomputer simulations of air pollution levels, as well as their graphical prezentation.

• Lecture:

Particular lectures contents	Number of hours
1 .Introduction to the lecture, programme and reąuirements	1
2. Composition of atmospheric air, basie definitions, Ambient Air Quality
Standards, recollection of charakterization of their pollutants	2
3.Threats to the environment from industrial emissions of pollutants to
the ambient air	2
4.Methodological principles to the phenomenon of pollutant diflusion in
the atmosphere	2

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