Air Pollution Course

Lesson 1 • Defining Air Pollution and Its Scope

Introduces the concept of air pollution, distinguishing natural from anthropogenic sources. Provides the conceptual baseline for all subsequent technical content.

Lesson 2 • Major Pollutant Categories

Classifies primary and secondary pollutants by chemical family and physical form. Connects pollutant identity to formation pathways covered in later chapters.

Lesson 3 • Atmospheric Structure and Dynamics

Covers tropospheric and stratospheric layers and how meteorology drives pollutant transport. Builds physical intuition needed for dispersion modeling later.

Lesson 4 • Chemical Reactions in the Atmosphere

Explains photochemical cycles, oxidation reactions, and aerosol formation. Grounds students in the chemistry required to understand secondary pollutant formation.

Lesson 1 • Indoor Air Pollution Sources

Identifies building materials, combustion appliances, and occupant activities as indoor sources. Prepares students to assess exposure in enclosed environments.

Lesson 2 • Agricultural and Biogenic Sources

Addresses ammonia, methane, and VOC emissions from farming and natural ecosystems. Broadens source understanding beyond industrial contexts.

Lesson 3 • Industrial and Manufacturing Emissions

Covers process emissions from smelting, chemical production, and cement manufacturing. Students learn to identify sector-specific pollutant signatures.

Lesson 4 • Mobile Source Emissions

Analyzes road, aviation, and marine transport as emission sources. Connects vehicle technology and fuel type to real-world pollutant output.

Lesson 1 • Ecosystem and Biodiversity Impacts

Covers acid deposition, eutrophication, and ozone damage to vegetation and aquatic systems. Connects atmospheric chemistry to ecological outcomes.

Lesson 2 • Toxic and Carcinogenic Pollutants

Examines hazardous air pollutants including benzene, dioxins, and heavy metals. Students learn to classify toxicity and identify vulnerable populations.

Lesson 3 • Respiratory and Cardiovascular Health Effects

Links specific pollutants to pulmonary and cardiac pathology using epidemiological evidence. Establishes the health rationale for pollution control standards.

Lesson 4 • Climate Interactions and Forcing

Explains how aerosols, ozone, and short-lived climate pollutants alter radiative forcing. Bridges air quality and climate change disciplines.

Lesson 1 • Monitoring Network Design

Covers siting criteria, spatial representativeness, and network objectives. Students learn to design monitoring systems that meet regulatory and research goals.

Lesson 2 • Remote Sensing and Satellite Data

Introduces satellite retrievals and ground-based remote sensing for large-scale assessment. Expands monitoring capability beyond fixed ground stations.

Lesson 3 • Reference Methods for Criteria Pollutants

Details gravimetric, chemiluminescent, and UV photometric reference analyzers. Connects instrument principles to the pollutants each method targets.

Lesson 4 • Continuous and Real-Time Monitoring

Examines continuous analyzers, optical sensors, and data telemetry systems. Prepares students to operate and maintain real-time monitoring infrastructure.

Lesson 1 • Meteorological Data for Modeling

Explains surface and upper-air data processing for model inputs. Ensures students can prepare and quality-check meteorological datasets.

Lesson 2 • Model Evaluation and Uncertainty

Applies statistical performance metrics to assess model accuracy. Students learn to communicate model limitations and uncertainty to decision-makers.

Lesson 3 • Fundamentals of Dispersion Theory

Derives Gaussian plume equations and explains stability class frameworks. Provides the theoretical core on which all practical modeling builds.

Lesson 4 • Regulatory Dispersion Models

Covers steady-state and advanced regulatory models used in permitting. Students learn model selection criteria and input data requirements.

Lesson 1 • Emission Limit Setting and Permitting

Covers best available technology requirements and permit application processes. Connects technical emission limits to facility-level compliance obligations.

Lesson 2 • Attainment Designation and Planning

Describes how areas are classified by attainment status and how plans are developed. Students learn the planning cycle from designation to demonstrated compliance.

Lesson 3 • International Agreements and Protocols

Reviews transboundary pollution agreements and global air quality governance. Situates national regulation within the broader international policy landscape.

Lesson 4 • Ambient Air Quality Standards

Explains how health-based and welfare-based standards are derived and structured. Students understand the scientific basis and policy intent behind numeric limits.

Lesson 1 • Control System Performance and Cost

Applies efficiency metrics, cost-effectiveness analysis, and life-cycle costing to control selection. Prepares students to justify technology choices to management.

Lesson 2 • Particulate Matter Control Devices

Covers cyclones, fabric filters, electrostatic precipitators, and wet scrubbers. Students learn operating principles, efficiency factors, and selection criteria.

Lesson 3 • Gaseous Pollutant Control Methods

Examines absorption, adsorption, and thermal oxidation for VOC and acid gas removal. Connects control chemistry to achievable emission reduction levels.

Lesson 4 • NOx and SOx Control Strategies

Details combustion modification, selective catalytic reduction, and flue gas desulfurization. Addresses the dominant pollutants from large combustion sources.

Lesson 1 • Source Apportionment and Priority Setting

Uses receptor modeling and emission inventory analysis to rank sources by impact. Enables evidence-based prioritization of control investments.

Lesson 2 • Air Quality Management System Design

Frames the plan-do-check-act cycle applied to air quality governance. Students learn to structure management systems that link data to decisions.

Lesson 3 • Industrial Facility Compliance Programs

Builds facility-level compliance management including auditing and corrective action. Translates regulatory requirements into operational procedures.

Lesson 4 • Urban Air Quality Action Planning

Develops integrated urban plans combining transport, energy, and land-use measures. Addresses the complexity of multi-source urban pollution management.