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Air Pollution Basics Air Quality Modeling Air Quality Planning Air Toxics Rule Development and Implementation Ambient Air Monitoring Emissions Inventories Permitting Source Emissions Testing and Source Emissions Monitoring
Air Pollution Basics Air Quality Modeling Air Quality Planning Air Toxics Rule Development and Implementation Ambient Air Monitoring Emissions Inventories Permitting Source Emissions Testing and Source Emissions Monitoring
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Air Toxics Rule Development and Implementation (TOXC)

The Air Toxics Rule Development and Implementation curriculum is intended for learners who conduct air toxic risk assessments, communicate air toxics risks, and/or develop or implement rules in compliance with the Clean Air Act.

In the left column, you will find entire e-learning courses. The right column provides the content of those same courses arranged by learning objective, for learners who would like to customize their learning plan or who are looking for more targeted training content. (It should be noted that training material is not yet available for all learning objectives.)
eLearning Courses

After completion of this course, learners will be able to explain key aspects of risk-based air toxics.

After completion of this course, learners will be able to define hazardous air pollutant (HAPs) and their effects on human health.

After completion of this course, learners will be able to explain the fundamental principles of the air toxics risk assessment process and the basic tools needed to perform these analyses.

This course is an introduction to the fundamental operating characteristics of particulate and gaseous pollutant emission control systems.

Upon completion of this course, the learner should be able to describe the operations of boilers.

After completion of this course, learners will be able to describe the sources of volatile organic compound (VOC) emissions from process vessels and methods used to detect and control leaks.
eLearning Modules
(Listed by Learning Objective)

1. DEFINE AIR TOXICS (FOUNDATIONAL)
What are Air Toxics

What Are the Sources of Air Toxics

2. EXPLAIN HEALTH AND ENVIRONMENTAL EFFECTS ASSOCIATED WITH AIR TOXICS (FOUNDATIONAL) 
Biological Effects of Air Toxics

3. DESCRIBE HOW THE NATIONAL EMISSION STANDARDS FOR HAZARDOUS AIR POLLUTANTS (NESHAPS) ARE USED TO REGULATE SOURCES (FOUNDATIONAL) 
Not Yet Available

4. EXPLAIN NON-NESHAP RULES FOR AIR TOXICS (FOUNDATIONAL)
Not Yet Available

5. EXPLAIN THE KEY ELEMENTS OF AIR TOXICS RISK ASSESSMENTS (FOUNDATIONAL)
General Principles of Risk Assessment

Hazard Identification

Dose-Response Assessment

Air Toxics Risk Assessment Process

Risk Assessment Planning and Scoping

Air Toxics Exposure Assessment Overview

6. DESCRIBE THE AIR TOXICS AMBIENT AIR MONITORING NETWORKS (FOUNDATIONAL)
The EPA's Ambient Air Toxics Monitoring Program

7. DESCRIBE AVAILABLE EMISSIONS DATA SOURCES (FOUNDATIONAL)
Planning for an Emissions Inventory

Emissions Inventory Reporting

Risk Assessment Tools

8. IDENTIFY POTENTIAL AIR TOXICS RISK IN AN AREA (INTERMEDIATE)
Risk Assessment Source Identification

Risk Management

Air Toxics Risk Characterization

9. LOCATE FACILITY-SPECIFIC DATA (INTERMEDIATE)
Not Yet Available

10. REVIEW EPA’S PROCESS FOR ESTABLISHING MACT AND GACT STANDARDS (INTERMEDIATE) 
Not Yet Available

11. EXPLAIN RESIDUAL RISK STANDARDS (INTERMEDIATE) 
Not Yet Available

12. EXPLAIN HOW REGULATED SOURCES DEMONSTRATE COMPLIANCE (INTERMEDIATE)
Not Yet Available

13. EXPLAIN THE PROCESS FOR CONDUCTING RTRS (INTERMEDIATE)
Not Yet Available

14. DEFINE THE KEY ELEMENTS OF PERFORMING A RISK ANALYSIS (INTERMEDIATE)
Not Yet Available

15. DESCRIBE WAYS OF UTILIZING AVAILABLE AMBIENT DATA (INTERMEDIATE) 
Not Yet Available

16. IDENTIFY AIR TOXICS PROGRAM IMPLEMENTATION AUTHORITY (INTERMEDIATE)
Not Yet Available

17. SUMMARIZE THE TECHNOLOGIES USED TO CONTROL AIR TOXICS (INTERMEDIATE)
Principles of Electrostatic Precipitators

Cyclones

Fabric Filters

Fabric Filtration

Wet Collectors

Adsorbers

Combustion Equipment

Principles of Condensation

18. APPLY SOURCE-SPECIFIC PERFORMANCE CONSIDERATIONS RELATED TO CONTROL TECHNOLOGIES (INTERMEDIATE)
Fossil Fuel-Fired Steam Generators

Steel Mills

Petroleum Refineries

Portland Cement Plants

Acid Plants

Municipal Incinerators

Kraft Pulp Mills

Nonferrous Smelters

Asphalt Concrete Plants

Control of Fugitive VOC Leaks from Process Equipment

Introduction to Controlling VOC Emissions from Leaking Process Equipment

Potential Sources of Fugitive VOC Emissions

Portable VOC Detection

19. EVALUATE THE APPLICABILITY OF NEW SOURCE PERFORMANCE STANDARDS (NSPS) TO PARTICULAR SOURCE CATEGORIES (INTERMEDIATE)
Not Yet Available

20. DESCRIBE HOW EMISSION FACTORS ARE DEVELOPED AND WHERE THEY CAN BE FOUND (INTERMEDIATE)
Emissions Inventory Development

21. ESTABLISH CASE-BY-CASE STANDARDS FOR SOURCES UNDER CAA SECTIONS 112(G) AND 112(J) (ADVANCED)
Not Yet Available

22. DIFFERENTIATE BETWEEN SETTING A NUMERIC EMISSIONS LIMIT OR SETTING A WORK PRACTICE (ADVANCED)
Not Yet Available

23. DESIGN AND CONDUCT A RISK ASSESSMENT (ADVANCED)
Not Yet Available

24. DIFFERENTIATE BETWEEN ADVANCED METHODS FOR UTILIZING AMBIENT DATA TO DETERMINE SOURCES (ADVANCED)
Not Yet Available

25. APPLY AMBIENT MONITORING METHODS – OPERATIONAL AND QUALITY CONTROL FOCUS (ADVANCED)
Not Yet Available

26. EXECUTE EFFECTIVE RISK COMMUNICATION (ADVANCED)
Not Yet Available