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Below is a detailed list of all the lesson pages in this course presented in an outline form. Please take note of the items you have completed. We strongly advise you to complete all the pages in a given section before moving on to the next.
Module Coverage and Benefits
Module Objectives

Lesson 1: Sector Overview

	Topic 1: Sources and Activities
		1. Initial Page
		2. Introduction
		3. Stationary Sources
		4. Mobile Sources

	Topic 2: Basic Emissions Processes
		5. CO2 Emissions
		6. Carbon Flow for a Typical Combustion Process
		7. Oxidation Factors
		8. Table 1: IPCC Default Carbon Content Factors for Major Primary and Secondary Fossil Fuels
		9. Calorific Value
		10. Non-CO2 Emissions
		11. Methane
		12. Nitrous Oxide
		13. Nitrogen Oxides and Carbon Monoxide
		14. NMVOCs and Sulfur Dioxide
		15. Choice of Method
		16. Approaches for Estimating CO2 Emissions
		17. Estimation Process for CO2
		18. Estimation Process for CO2 (continued)
		19. Estimation Process for CO2 (continued)
		20. Estimation Process for CO2 (continued)
		21. Estimation Process for CO2 (continued)
		22. Emission of CO2 from Bunker and Biomass Fuels
		23. Non-CO2 Emissions
		24. Tier 2 Approach: 3 Types of Emission Factors
		25. Stationary and Mobile Combustion

	Topic 3: Relative Importance of the Energy Sector – Fuel Combustion
		26. Contribution of Various Sources

	Topic 4: Relationships with Other Sources and Sector
		27. Interaction with Industrial Processes Sector
		28. Interaction with Industrial Processes Sector (continued)
		29. Interaction with the Waste and Land-Use Change and Forestry Sectors
		30. Autoproduction of Electricity, etc.

	Topic 5: CRF Tables
		31. Introduction
		32. CRF Tables – Fuel Combustion
		33. Sectoral Background Data for Energy – Sectoral and Reference Approach
		34. Comparison of CO2 Emissions from Fuel Combustion, etc.
		35. Sectoral Background Data – International Bunkers and Multilateral Operations
		36. Summary Report for Methods and Emission Factors Used, etc.
		37. Completeness and Emission Trends

	Topic 6: Reference Materials
		38. Basic Materials, UNFCCC Documents and Technical Materials
		39. On-line References for Developments and Updates

Lesson 2: Review Issues

	Topic 1: Generic Issues
		1. Introduction
		2. Useful Generic Questions
		Topic 2: Institutional Arrangements
		3. Considerations for Collecting Data and Preparing Inventory

	Topic 3: Completeness
		4. Completeness Issues
		5. Completeness Issues (continued)

	Topic 4: Transparency
		6. Transparency Issues

	Topic 5: Consistency
		7. Internal Consistency
		8. Time-Series Consistency
		9. Examples of Inconsistencies

	Topic 6: Uncertainty
		10. Uncertainty Issues
		11. Differences with IPCC Default Values
		12. Differences with IPCC Default Values (continued)

	Topic 7: Confidentiality Issues
		13. Confidentiality Issues

	Topic 8: QA/QC
		14. QA/QC Issues

	Topic 9: International Bunker Fuels and Multilateral Operation
		15. Related Issues to Bunker Fuels and Multilateral Operation

	Topic 10: Feedstocks and Non-Energy Uses of Fuels
		16. Related Issues to Feedstocks and Fuels

	Topic 11: Biomass Use
		17. Related Issues

	Topic 12: Use of Gross and Net Calorific Values
		18. Related Issues

	Topic 13: CO₂ Emissions from Fossil Fuel Combustion
		19. Energy Industries: Public Electricity and Heat Production
		20. Petroleum Refining
		21. Manufacturing of Solid Fuels and Other Energy Industries
		22. Manufacturing Industries and Construction: Iron and Steel and Non-Ferrous Metals
		23. Chemicals
		24. Transport: Civil Aviation
		25. Road Transport
		26. Other Sectors

	Topic 14: Other Gases and Source Categories
		27. Criteria for Additional Source Categories
		28. Criteria for Additional Source Categories (continued)

	Topic 15: Areas for Further Improvements
		29. Table 2: Update Emission Factors for USA Gasoline Vehicles
		30. 2 Forms for Future Improvement

	Topic 16: Allocation of Fuel Consumption
		31. Other Examples of Possible Improvements

Lesson 3: Exercises

	Topic 1: Exercises
		1. Introduction
		2. Exercise 1: Methodology (CO2 Emissions)
		3. Exercise 2: Emission Factors and Calorific Values (CO2 Emissions)
		4. Exercise 3: Activity Data (CO2 Emissions)
		5. Exercise 4: Uncertainty (CO₂Emissions)
		6. Exercise 4: Uncertainty (CO2 Emissions)
		7. Exercise 5: Reporting and Documentation (CO2 Emissions)
		8. Exercise 6: QA/QC
		9. Exercise 7: General (Non-CO2 Emissions)

Lesson 4: Case Studies

	Topic 1: Ukraine Case Study
		1. Introduction
		2. Getting Prepared
		3. Initial Page for Ukraine Case Study
		4. Reviewing the Status Report
		5. Reviewing Other Analysis Documents
		6. Reviewing the NIR and CRF Tables
		7. Writing the Review Report
		8. Sector Overview
		9. Completeness
		10. Transparency
		11. Methodologies, Emission Factors and Activity Data
		12. Uncertainties
		13. Reference Approach, International Bunkers and Feedstocks
		14. Key Sources
		15. Fuel Combustion for Transport
		16. Areas for Further Improvement
		17. REVIEW REPORT FOR UKRAINE (example)
		18. REVIEW REPORT FOR UKRAINE (example)
		19. REVIEW REPORT FOR UKRAINE (example)
		20. REVIEW REPORT FOR UKRAINE (example)
		21. REVIEW REPORT FOR UKRAINE (example)
		22. REVIEW REPORT FOR UKRAINE (example)
		23. REVIEW REPORT FOR UKRAINE (example)
		24. REVIEW REPORT FOR UKRAINE (example)

	Topic 2: New Zealand Case Study
		25. Initial Page for New Zealand Case Study
		26. Reviewing the Status Report
		27. Reviewing Other Analysis Documents
		28. Reviewing the NIR and CRF Tables
		29. Review Report Outline
		30. Sector Overview
		31. Sector Overview (continued)
		32. Reference and Sectoral Approaches
		33. Key Sources
		34. Non-Key Sources
		35. Review Report for New Zealand (example)
		36. Review Report for New Zealand (example)
		37. Review Report for New Zealand (example)
		38. Review Report for New Zealand (example)
		39. Review Report for New Zealand (example)
		40. Review Report for New Zealand (example)
		41. Review Report for New Zealand (example)

	Closing Summary
		42. Page 1