Course Description

Air pollution is defined as the introduction of substances into the atmosphere that are harmful to human health, the environment, or both. These substances may be emitted directly, known as primary pollutants, such as particulate matter or carbon monoxide, or formed indirectly through chemical reactions in the atmosphere, which are referred to as secondary pollutants, like ozone. The impacts of air pollution are extensive, ranging from respiratory and cardiovascular diseases in humans to the degradation of ecosystems and negative effects on climate. The growing industrialization and urbanization in many regions have significantly increased the concentration of pollutants, making air quality management an essential part of environmental engineering. Regulatory agencies, including the Environmental Protection Agency and the World Health Organization, have established standards and guidelines to limit emissions, emphasizing the importance of implementing effective pollution control technologies in both industrial and urban settings.

What you'll learn in this course?

• Understand the nature and sources of VOCs

• Explain adsorption principles and mechanisms

• Identify types and properties of activated carbon

• Design carbon adsorption systems for VOC removal

• Evaluate operational parameters affecting performance

• Apply breakthrough curve analysis

• Understand regeneration techniques and system maintenance

• Analyze real-world industrial applications

Prerequisites

• Basic knowledge of environmental engineering, air quality, and industrial processes

• Familiarity with mass-transfer concepts is helpful