The aim of the course is to enable students to acquire theoretical and practical knowledge (through practical examples) in the field of air pollution transport phenomena.

Students should use the acquired knowledge in further training and education, as well as in solving practical engineering problems from in the field of air pollution transport phenomena.

Theoretical teaching: Introductory lectures (subject of study, study levels and conservation laws). General model of diffusion. The law of conservation of mass. Current diffusion from point source. Impact of boundary conditions. Convection and diffusion of the current point source. Convection and diffusion of a continuous point source. Basics of turbulent flow and velocity profiles. Tangent tension and dispersion. Reactions, changes, and phase changes. Transport of particles. Practical teaching: the exercises accompany theoretical lessons and contribute to a better understanding of the material and complement the acquired knowledge. Practical classes include the preparation of a project assignment

Lectures, exercises, seminars, consultations. The lectures show the theoretical part of the material followed by characteristic examples for a better understanding of the presented material. At the exercises that follow the lectures, there are characteristic tasks and examples from practice. In addition to lectures and exercises, consultations are regularly held. In order for the student to take the exam, student should fulfill the prerequisite obligations, to regularly attend lectures and exercises and to do the project assignment.