Course Description

Air pollution control is a core function of environmental engineering, aimed at minimizing the release of harmful substances into the atmosphere. Pollutants can originate from combustion processes, industrial operations, and even natural sources. Without effective control, these emissions contribute to serious health problems such as asthma, cardiovascular diseases, and premature mortality. From an environmental perspective, air pollution contributes to issues such as acid deposition, visibility reduction, and climate change. Therefore, controlling emissions is not only a regulatory requirement but also a social and ethical responsibility. Control strategies may involve reducing emissions at the source, modifying industrial processes, or applying end-of-pipe treatment technologies. Selecting the most appropriate approach requires a comprehensive understanding of both the pollutant and the system in which it is generated.

What you'll learn in this course?

• Understand different types of air pollutants and their sources

• Identify key air pollution control technologies

• Evaluate factors influencing selection of control strategies

• Compare control methods based on efficiency and cost

• Apply regulatory standards in decision-making

• Analyze site-specific constraints and requirements

• Select appropriate control technologies for various industries

• Assess environmental and economic trade-offs

• Understand emerging trends in pollution control

• Develop integrated air pollution control strategies

Prerequisites

• Basic understanding of environmental engineering, industrial processes, or air-quality management

• Familiarity with emissions and pollution-control terminology is helpful