• Students will be able to identify the essential components of the air pollution phenomenons, types, correlated effects, transformation processes and integrated approaches in controlling.
• Students know the recent practices of energy conversion applications for heat production and electricity generation and related industrial flue gas emission.
• Students know the ambient air quality monitoring, industrial source sampling and relevant analytical measurement.
• Students will be able to explain the common principles, routes and processes in controlling the gaseous pollutants and aerosol particles.
• Students know examples of industrial gaseous emission control devices, technologies and system schematic design.
• Students will be able to explain the urban air pollution, types of smog, controlling strategies and clean air program in European cities.
• Students practically exercise the major atmospheric pollution issues in recent days and therefore discuss the energetic solutions on a comparative basis of atmospheric pollution mitigation.