Air Pollution Control

Air Pollution Control is a critical field within environmental engineering that applies scientific and engineering principles to reduce, remove, or prevent the emission of harmful substances into the atmosphere. This involves the design, implementation, and operation of technologies to manage pollutants such as particulate matter, sulfur oxides, nitrogen oxides, and volatile organic compounds from sources like industrial facilities, power plants, and vehicles. Common control strategies include the use of devices like scrubbers, electrostatic precipitators, fabric filters, and catalytic converters, as well as process modifications to minimize pollutant formation, all with the ultimate objective of safeguarding public health, protecting ecosystems, and ensuring compliance with air quality standards.

  1. Fundamentals of Air Pollution
    1. Definition and Basic Concepts
      1. What Constitutes Air Pollution
        1. Natural vs. Anthropogenic Pollution
          1. Pollution vs. Contamination
          2. Historical Development of Air Pollution Issues
            1. Pre-Industrial Air Quality
              1. Industrial Revolution Impacts
                1. Major Historical Air Pollution Events
                  1. London Great Smog of 1952
                    1. Donora Pennsylvania Incident of 1948
                      1. Los Angeles Photochemical Smog
                        1. Bhopal Gas Tragedy
                        2. Evolution of Environmental Awareness
                          1. Development of Air Quality Science
                          2. Scale and Scope of Air Pollution Problems
                            1. Local Air Quality Issues
                              1. Regional Air Pollution Transport
                                1. Global Atmospheric Concerns
                                  1. Urban vs. Rural Air Quality
                                    1. Indoor vs. Outdoor Air Pollution