Ambient Air Quality Management – Sustainable Development Research and Training Institute

About Course

This course provides an in-depth understanding of ambient air quality management, exploring the sources of air pollution, its effects on health and the environment, measurement and monitoring techniques, regulatory frameworks, and emerging issues in the field. Through detailed explanations, case studies, and practical examples, learners will gain comprehensive knowledge to address air quality challenges effectively.

Understand the Composition of the Atmosphere: Learn about key atmospheric gases and their roles in supporting life and regulating climate.
Identify Primary and Secondary Air Pollutants: Gain knowledge of pollutants directly emitted from sources and those formed through chemical reactions in the atmosphere.
Explore Sources of Air Pollution: Analyze natural and man-made sources contributing to air pollution, including industrial emissions, vehicle exhaust, and forest fires.
Evaluate the Impact of Air Pollution on Health: Understand the short-term and long-term effects of pollutants on respiratory and cardiovascular health.
Examine Environmental Effects of Air Pollution: Study the consequences of air pollution on ecosystems, biodiversity, and climate.
Learn About Air Quality Monitoring Techniques: Discover methods used to measure and assess air quality, including the setup of monitoring sites and the use of sensors.
Analyze Air Quality Standards and Regulations: Explore global and local air quality standards aimed at protecting public health and the environment.
Study Technological Solutions for Air Pollution Control: Learn about technologies like scrubbers, filters, and renewable energy sources that help reduce air pollution.
Investigate the Relationship Between Air Pollution and Climate Change: Understand how air pollutants contribute to global warming and the broader climate crisis.
Discover Indoor Air Pollution: Identify common indoor air pollutants and learn strategies to improve indoor air quality.

Course Content

Introduction to Ambient Air Quality

Definition and Importance:

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Key Concepts and Terminology:

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Atmosphere as a Resource

The Role of the Atmosphere in Ecosystem Services

Blocking UV Radiation: Ozone Layer’s Role:

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Blocking UV Radiation: UV Radiation Hazards:

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Blocking UV Radiation: Ozone Depletion:

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Blocking UV Radiation: Protecting Life on Earth:

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Moderating Climate: The Greenhouse Effect

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Moderating Climate: Temperature Regulation:

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Moderating Climate: Human-Induced Climate Change:

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Redistributing Water: The Hydrologic Cycle:

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Redistributing Water: Evaporation and Precipitation:

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Redistributing Water: Influencing Weather Patterns:

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Redistributing Water: Environmental and Human Impact:

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About Course

What Will You Learn?

Course Content

Introduction to Ambient Air Quality

Definition and Importance:

Key Concepts and Terminology:

Atmosphere as a Resource

Atmosphere as a Resource: Composition and Role

Nitrogen (N₂): 78.08%

Oxygen (O₂): 20.95%

Argon (Ar): 0.93%

Carbon Dioxide (CO₂): 0.04%

The Role of the Atmosphere in Ecosystem Services

Blocking UV Radiation: Ozone Layer’s Role:

Blocking UV Radiation: UV Radiation Hazards:

Blocking UV Radiation: Ozone Depletion:

Blocking UV Radiation: Protecting Life on Earth:

Moderating Climate: The Greenhouse Effect

Moderating Climate: Temperature Regulation:

Moderating Climate: Human-Induced Climate Change:

Redistributing Water: The Hydrologic Cycle:

Redistributing Water: Evaporation and Precipitation:

Redistributing Water: Influencing Weather Patterns:

Redistributing Water: Environmental and Human Impact:

Sources of Air Pollution

Natural Sources of Air Pollution

Man-Made Sources of Air Pollution

Types and Classes of Air Pollutants

Primary Air Pollutants

Secondary Air Pollutants

Examples of Primary Air Pollutants

Particulate Matter (PM):

Sulfur Dioxide (SO₂)

Carbon Monoxide (CO):

Examples of Secondary Air Pollutants

Ozone (O₃):

Nitric Acid (HNO₃):

Criteria Pollutants

Criteria Pollutants:

Particulate Matter (PM10 and PM2.5):

Ground-Level Ozone (O₃):

Carbon Monoxide (CO):

Nitrogen Dioxide (NO₂):

Sulfur Dioxide (SO₂):

Lead (Pb):

Importance of Regulating Criteria Pollutants:

Health and Environmental Effects of Air Pollution

Health Effects:

Environmental Impacts:

Measurement, Monitoring, and Control of Air Pollution

Air Quality Monitoring Techniques:

Setting Up Air Quality Monitoring Sites:

Air Quality Standards:

Regulation and Control Mechanisms

Environmental Legislation:

Technological Solutions for Air Pollution Control:

Climate Change and Air Pollution

Link Between Air Pollution and Climate Change:

Sustainable Development Goals (SDG 13):

Emerging Air Quality Issues

Indoor Air Pollution

New Pollutants:

Case Studies

The Great Smog of London (1952):

The 1930 Meuse Valley Fog in Belgium:

Los Angeles Air Pollution:

Air Pollution Control in Beijing:

Course Assessment

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