Annex 5: Mapping Tables

ANNEX 5

MAPPING TABLES

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.1

Volume 3: Industrial Processes and Product Use

Contents
Annex 5. Relating 2019 Refinement to the 2006 IPCC Guidelines ...........................................................A5.3
Chapter 1 Introduction ............................................................................................................................A5.3
Chapter 3 Chemical Industry Emissions .................................................................................................A5.5
Chapter 4 Metal Industry Emissions .......................................................................................................A5.9
Chapter 6 Electronics Industry Emissions ............................................................................................ A5.17
Chapter 7 Emissions of Fluorinated Substitutes for Ozone Depleting Substances ............................... A5.22
Chapter 8 Other Product Manufacture and Use and Appendix 1 Basis for Future Methodlogical
Development ........................................................................................................................ A5.26

A5.2

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

Annex 5. Relating 2019 Refinement to the 2006 IPCC Guidelines
This annex provides a road map for relating sections, equations, tables, figures and boxes in the 2019 Refinement
to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories.
Type of Refinement: U – Update, NG – New Guidance, NR – No Refinement.

CHAPTER 1 INTRODUCTION
Sections•

The sections 1.1 and 1.2 were updated to refine the list of IPPU categories and gases.

•

The section 1.3 and 1.4 were updated to refine the non-energy use of fuels in new categories. (e.g. Hydrogen
Production)

Section Title

Type ofRefinement

2006 IPCC
Guidelines
Section Number

2019 Refinement
Section Number

Sub-Chapter 1.1

U

1.1

1.1

Definition of industrial process and, fuel combustion andfuel transformation emissions

U

1.2.1

1.2.1

Capture and abatement

NR

1.2.2

1.2.2

Precursors

NR

1.2.3

1.2.3

Indirect N2O

NR

1.2.4

1.2.4

International data sources

NR

1.2.5

1.2.5

Sub-Chapter 1.3

U

1.3

1.3

Types of uses

U

1.3.1

1.3.1

Accounting for feedstock and reductant uses of fossil fuels
and their CO2 emissions

NR

1.3.2

1.3.2

Emissions from refinery processes

U

1.3.3

1.3.3

Introduction

NR

1.4.1

1.4.1

Scope of methods

NR

1.4.2

1.4.2

Quality control of completeness

U

1.4.3

1.4.3

Reporting and documentation of allocation and QC ofcompleteness

U

1.4.4

1.4.4

Sub-Chapter 1.5

NR

1.5

1.5

Type ofRefinement

2006 IPCC
Guidelines
Equation
Number2019 Refinement
Equation
Number

NR

1.1

1.1

Sub-Chapter 1.2

Sub-Chapter 1.4

Equations
Equation Title

Sub-Chapter 1.4
Total feedstock requirement

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.3

Volume 3: Industrial Processes and Product Use

TablesType ofRefinement

2006 IPCC
Guidelines Table
Number2019 Refinement
Table Number

U

1.1

1.1

U

1.2

1.2

Verification of completeness of reported CO2 from nonenergy use of fuels

U

1.3

1.3

List of fuels that can be used as chemical feedstock or
reductant

U

1.4

1.4

Comparison of feedstock supply with requirements
implied by production

U

1.5a

1.5a

Specific Feedstock Consumption (TJ/Gg) for
feedstock/reductants

U

1.5b

1.5b

Allocation of CO2 from non-energy use of fossils fuels:
IPPU and other Sectors

U

1.6

1.6

Type ofRefinement

2006 IPCC
Guidelines
Figure Number

2019 Refinement
Figure Number

U

1.1

1.1

NR

1.2

1.2

NR

1.3

1.3

Type ofRefinement

2006 IPCC
Guidelines Box
Number2019 Refinement
Box Number

NR

1.1

1.1

Table Title
Sub-Chapter 1.2
Industrial Processes and Product Use categories and their
possible emissions
Sub-Chapter 1.3
Types of use and examples of fuels used for non-energy
applications
Sub-Chapter 1.3

FiguresFigure Title
Sub-Chapter 1.1
Industrial Processes and Product Use categories
Sub-Chapter 1.3
General material balance of industrial processes where
products are made using hydrocarbon feedstock (size offlows arbitrarily chosen). (Adapted from Neelis et al.,2005)
Sub-Chapter 1.4
Flowchart for verification of completeness of accounting
for non-energy uses of fuels

Boxes
Box Title
Sub-Chapter 1.2
Allocation of CO2 emissions to fuel combustion orindustrial process emissions

A5.4

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

CHAPTER 3 CHEMICAL INDUSTRY EMISSIONS
Sections•

The section, 3.3.2.2, is an update of section 3.3.2.2 Chapter 3 Volume 3 of 2006 IPCC Guidelines andshould be used instead of the section 3.3.2.2 Chapter 3 Volume 3 of 2006 IPCC Guidelines.

•

The section, 3.10.1.2, is an update of section 3.10.1.2 Chapter 3 Volume 3 of 2006 IPCC Guidelines andshould be used instead of the section 3.10.1.2 Chapter 3 Volume 3 of the 2006 IPCC Guidelines. To remain
consistent with the updated terminology in section 3.10.2, the terminology used for the Tier 3 method in thissection has been updated to refer to the development and use of an “emission factor method” rather than a“proxy method.” In addition, the lower bound emission factor presented for optimised plants has been
updated to reflect the value that in the Annex 3A.1.

•

The section, 3.10.1.3, is an update of section 3.10.1.3 Chapter 3 Volume 3 of 2006 IPCC Guidelines andshould be used instead of the section 3.10.1.3 Chapter 3 Volume 3 of 2006 IPCC Guidelines. This section
has been updated to refer to the “emission factor method” rather than the “proxy method.

•

The section, 3.10.2.1, is an update of section 3.10.2.1 Chapter 3 Volume 3 of 2006 IPCC Guidelines andshould be used instead of the section 3.10.1.2 Chapter 3 Volume 3 of 2006 IPCC Guidelines. This section
has been updated to clarify the full range of emissions and their sources at fluorochemical production plants.

•

The section, 3.10.2.2, is an update of section 3.10.2.2 Chapter 3 Volume 3 of 2006 IPCC Guidelines andshould be used instead of the section 3.10.2.2 Chapter 3 Volume 3 of 2006 IPCC Guidelines. The section
has been updated with guidance for the Tier 3 method that now includes a method to estimate emissions
from equipment leaks and more detail to the method for estimating emissions from process vents. New
default emission factors are presented for the Tier 1 method.

•

This section, 3.10.2.3, is an update of section 3.10.2.3 Chapter 3 Volume 3 of the 2006 IPCC Guidelines andshould be used instead of the section 3.10.2.3 Chapter 3 Volume 3 of the 2006 IPCC Guidelines.

•

The section, 3.11, is a new section in the Chapter 3 Volume 3 of the 2019 Refinement. It should be placed
after section 3.10 Chapter 3 Volume 3 of the 2006 IPCC Guidelines.

•

New Annex was introduced - Annex 3A.1 “Default emission factor for section 3.10.2 Emissions fromproduction of fluorinated compounds (other than HFC-23 emissions from HCFC-22 production)”. Thisannex provides background information for the Tier 1 default emission factors for fluorinated greenhousegases (GHG) from fluorochemical production, that are provided in section 3.10.2 in the 2019 Refinement to
the 2006 IPCC Guidelines. The first section discusses the default emission factors for SF6 and NF3
production based on literature search, and the second section discusses the default emission factor estimatedfrom the data reported to the U.S. Greenhouse Gas Reporting Program.

Type ofRefinement

2006 IPCC
Guidelines
Section Number

2019 Refinement
Section NumberU

3.3.2.2

3.3.2.2

Introduction

NR

3.10.1.1

3.10.1.1

Methodological issues

U

3.10.1.2

3.10.1.2

Uncertainty assessment

U

3.10.1.3

3.10.1.3

Quality assurance/quality control (QA/QC), reportingand documentation

NR

3.10.1.4

3.10.1.4

Introduction

U

3.10.2.1

3.10.2.1

Methodological issues

U

3.10.2.2

3.10.2.2

Uncertainty assessment

U

3.10.2.3

3.10.2.3

Quality assurance/quality Control (QA/QC), reportingand documentation

NR

3.10.2.4

3.10.2.4

Section Title
Sub-Chapter 3.3
Choice of emission factors
Sub-Chapter 3.10

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.5

Volume 3: Industrial Processes and Product Use

Type ofRefinement

2006 IPCC
Guidelines
Section Number

2019 Refinement
Section Number

NG

-

3.11

NG

-

Annex 3A.1

Type ofRefinement

2006 IPCC
Guidelines
Equation
Number2019 Refinement
Equation
NumberNR--

Tier 1 calculation of HFC-23 from HCFC-22 (produced)
using default factor

NR

3.30

3.30

Tier 2 calculation of HFC-23 from HCFC-22 (produced)
using factor(s) calculated from process efficiencies

NR

3.31

3.31

Calculation of HFC-23 emission factor from carbon
balance efficiency

NR

3.32

3.32

Calculation of HFC-23 emission factor from fluorinebalance efficiency

NR

3.33

3.33

Tier 3a calculation of HFC-23 emissions from individual
process streams (direct method)

NR

3.34

3.34

Tier 3b calculation of HFC-23 emissions fromindividual process streams using a Site- Or ProcessSpecific Emission Factor

U

3.35

3.35

Tier 3c calculation of HFC-23 emissions from individual
process streams (by monitoring reactor product)

NR

3.36

3.36

Tier 3a calculation of ‘instantaneous’ HFC-23 emissions
in an individual process stream (direct method)

NR

3.37

3.37

Tier 3b calculation of HFC-23 emissions in an
individual process stream using a Site- Or ProcessSpecific Emission Factor

U

3.38

3.38

Tier 3b calculation of standard emission for
Emission Factor-based method

U

3.39

3.39

Tier 3c calculation of HFC-23 emissions from anindividual facility by in-process measurement

NR

3.40

3.40

Tier 1 calculation of production-related emissions

NR

3.41

3.41

Tier 2 calculation of production-related emissions
using a mass balance approach

NG

-

3.41a

Section Title
Sub-Chapter 3.11
Hydrogen Production
Annex 3A.1
Default emission factor for section 3.10.2 Emissions
from production of fluorinated compounds (other than
HFC-23 emissions from HCFC-22 production)

Equations
Equation Title

Sub-Chapter 3.3
No refinements
Sub-Chapter 3.10

A5.6

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

Equation Title

Type ofRefinement

2006 IPCC
Guidelines
Equation
Number2019 Refinement
Equation
NumberTier 3 summation of production-related emissions
from process vents and equipment leaks

NG

-

3.41b

Tier 3 direct calculation of production-related
emissions from process vents

U

3.42

3.42

Tier 3 calculation of production-related emissions
from process vents using a Site- Or ProcessSpecific Emission Factor

U

3.43

3.43

Tier 3 calculation of emissions from equipment
leaks using a Screening Ranges Approach

NG

-

3.43a

Tier 3 calculation of emissions from equipment
leaks using a Correlation Approach

NG

-

3.43b

Tier 3 calculation of a Unit-specific Correlation

NG

-

3.43c

Tier 3 calculation of emissions from equipment
leaks using a Unit-specific Correlation Approach

NG

-

3.43d

Tier 3 calculation of production-related emissions
from equipment leaks

NG

-

3.43e

NG

-

3.44-3.50

Type ofRefinement

2006 IPCC
Guidelines Table
Number2019 Refinement
Table Number

Different plant types for the production of HNO3

NG

-

3.3.a

Default factors for nitric acid production

U

3.3

3.3

HFC-23 default emission factors

U

3.28

3.28

Tier 1 default emission factor for fluorochemical
production

NG

-

3.28a

Representative chemical composition of the emitted mass

NG

-

3.28b

NG

-

3.29-3.30

Sub-Chapter 3.11
All equations are newTablesTable Title
Sub-Chapter 3.3

Sub-Chapter 3.10

Sub-Chapter 3.11
All tables are new2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.7

Volume 3: Industrial Processes and Product Use

Figures
Type ofRefinement

2006 IPCC
Guidelines
Figure Number

2019 Refinement
Figure Number

NR

-

-

Decision tree for HFC-23 emissions from HCFC-22
production (or other similar by-product emissions fromfluorochemical production)

NR

3.16

3.16

Decision tree for emissions of fluorinated greenhousegas from fluorochemical production processes,
applicable to product, by-product, reactant, and fugitive
emissions

U

3.17

3.17

NG

-

3.18-3.20

Type ofRefinement

2006 IPCC
Guidelines Box
Number2019 Refinement
Box Number

NR

3.14

3.14

NG

-

3.15-3.19

Figure Title
Sub-Chapter 3.3
No refinements
Sub-Chapter 3.10

Sub-Chapter 3.11
All figures are new

Boxes
Box Title
Sub-Chapter 3.10
Plant measurement frequency
Sub-Chapter 3.11
All boxes are new

A5.8

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

CHAPTER 4 METAL INDUSTRY EMISSIONS
Sections•

The section, 4.2.2, is an update of section 4.2.2 Chapter 4, Volume 3 of the 2006 IPCC Guidelines andshould be used instead of the section 4.2.2 Chapter 4, Volume 3 of the 2006 IPCC Guidelines.

•

The section, 4.2.3, is an update of section 4.2.3 Chapter 4, Volume 3 of the 2006 IPCC Guidelines andshould be used instead of the section 4.2.3 Chapter 4, Volume 3 of the 2006 IPCC Guidelines.

•

The sub-chapter, 4.4, for primary aluminium production is an update of sub-chapter 4.4, Chapter 4, Volume
3 of the 2006 IPCC Guidelines and should be used instead of sub-chapter 4.4, Chapter 4, Volume 3 of the2006 IPCC Guidelines, with only two exceptions: sections 4.4.2.1 and 4.4.2.2 (regarding process CO2
emissions from primary aluminium production) have no refinements and these sections in the existing 2006
IPCC Guidelines should be used. Updates and new guidance in the rest of sub-chapter 4.4 include:(i)

Section 4.4.1 is an updated introduction to GHG emissions from primary aluminium production,
including alumina refining via alternative Bayer-Sinter and Nepheline technologies.

(ii)

Sections 4.4.2.3 to 4.4.2.7 and sections 4.4.3 to 4.4.4 provide updates and new guidance relating toperfluorocarbon (PFC) emissions from primary aluminium production. These include:

(iii)

•

-

Updated technology classes for accounting PFC emissions only.

-

Updated guidance (including Tier 1-2 default factors and uncertainties) for PFC emissions from‘high voltage anode effects’ (HVAE), previously termed ‘anode effects’ in the 2006 IPCC
Guidelines. This includes a new Tier 2b-3b methodology.

-

New guidance on PFC emissions from ‘low voltage anode effects’ (LVAE), using either default(Tier 1) or facility-specific (Tier 3c) emission factors, based on maturity of literature at cut-off
date.

-

New guidance on accounting PFC emissions during cell start-up (CSU) periods, if not alreadyaccounted for in HVAE and LVAE emissions.

-

New guidance on Total PFC emissions, being the sum of HVAE, LVAE and CSU emissions-

A new Tier 3e facility-specific methodology for total PFC emissions by gas measurement.

-

Corresponding updates relating to Time-Series Consistency, Uncertainty Assessment and QA/QC
Reporting and Documentation sections.
Sections 4.4.5 to 4.4.7 provide new guidance relating to GHG emissions from alumina production
via alternative Bayer-Sinter and Nepheline processes. It follows on from section 4.4.4, Chapter 4,
Volume 3 of the 2006 IPCC Guidelines.

The sub-chapter, 4.8, provides new guidance for primary rare earth (RE) metal production. Since there is no
existing guidance in the 2006 IPCC Guidelines, this is an entirely new sub-chapter 4.8 and follows on fromsub-chapter 4.7, Chapter 4, Volume 3 of the 2006 IPCC Guidelines.

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.9

Volume 3: Industrial Processes and Product Use

Sections
Type ofRefinement

2006 IPCC
Guidelines
Section Number

2019 Refinement
Section Number

Introduction

NR

4.2.1

4.2.1

Methodological issues

U

4.2.2

4.2.2

Choice of method: metallurgical coke production

U

4.2.2.1

4.2.2.1

Choice of method: iron and steel production

U

4.2.2.2

4.2.2.2

Choice of emission factors

U

4.2.2.3

4.2.2.3

Choice of activity dataU

4.2.2.4

4.2.2.4

CompletenessU

4.2.2.5

4.2.2.5

Developing a consistent time seriesNR

4.2.2.6

4.2.2.6

Uncertainty assessment

U

4.2.3

4.2.3

Quality Assurance/Quality Control (QA/QC), Reportingand Documentation

NR

4.2.4

4.2.4

Introduction

U

4.4.1

4.4.1

Choice of method for CO2 emissions from primaryaluminium production

NR

4.4.2.1

4.4.2.1

Choice of emission factors for CO2 emissions from primaryaluminium production

NR

4.4.2.2

4.4.2.2

Choice of method for PFCs

U

4.4.2.3

4.4.2.3

Choice of emission factors for PFCs

U

4.4.2.4

4.4.2.4

Choice of activity dataU

4.4.2.5

4.4.2.5

CompletenessU

4.4.2.6

4.4.2.6

Developing a consistent time seriesU

4.4.2.7

4.4.2.7

Uncertainty assessment for primary aluminium production

U

4.4.3

4.4.3

Emission factor uncertainties

U

4.4.3.1

4.4.3.1

Activity data uncertainties

U

4.4.3.2

4.4.3.2

Quality assurance/quality control (QA/QC)

U

4.4.4.1

4.4.4.1

Reporting and documentationU

4.4.4.2

4.4.4.2

Methodological issues for alumina production

NG

-

4.4.5

Alternative alumina refining processes

NG

Choice of method for alumina production

NG-

4.4.5.2

Choice of emission factors for alumina production

NG-

4.4.5.3

Choice of activity data

NG-

4.4.5.4

CompletenessNG-

4.4.5.5

Developing a consistent time seriesNG-

4.4.5.6

Uncertainty assessment for alumina production

NG

-

4.4.6

Emission factor uncertainties

NG-

4.4.6.1

Activity data uncertainties

NG-

4.4.6.2

Section Title
Sub-Chapter 4.2

Sub-Chapter 4.4

A5.10

4.4.5.1

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

Section Title

Type ofRefinement

2006 IPCC
Guidelines
Section Number

2019 Refinement
Section Number

Quality assurance/quality control (QA/QC)

NG-

4.4.7.1

Reporting and documentation

NG-

4.4.7.2

NG

-

4.8

Type ofRefinement

2006 IPCC
Guidelines
Equation
Number2019 Refinement
Equation
NumberCO2 emissions from coke production (Tier 1a)

U

4.1

4.1

CH4 emissions from coke production (Tier 1a)

NG

-

4.1a

CO2 emissions from metallurgical coke production (Tier
1b)

NG

-

4.1b

CO2 emissions from metallurgical coke production (Tier 2)

U

4.2

4.2

CO2 emissions from iron and steel production (Tier 1)

NR

4.4

4.4

CO2 emissions from production of pig iron not processed
into steel (Tier 1)

NR

4.5

4.5

CO2 emissions from production of direct reduced iron (Tier
1)

NR

4.6

4.6

CO2 emissions from sinter production (Tier 1)

NR

4.7

4.7

CO2 emissions from pellet production (Tier 1)

NR

4.8

4.8

CO2 emissions from BFG and LDG flaring (Tier 1)

NG

-

4.8a

CO2 emissions from iron & steel production (Tier 2)

U

4.9

4.9

CO2 emissions from sinter production (Tier 2)

U

4.10

4.10

CO2 emissions from direct reduced iron production (Tier 2)

NR

4.11

4.11

CH4 emissions from sinter production (Tier 1)

NR

4.12

4.12

CH4 emissions from blast furnace production of pig iron
(Tier 1)

NR

4.13

4.13

CH4 emissions from direct reduced iron production (Tier 1)

NR

4.14

4.14

N2O emissions from flaring (Tier 1)

NG

-

4.14a

Process CO2 emissions from anode and/or paste
consumption (tier 1 method)

NR

4.20

4.20

CO2 emissions from prebaked anode consumption (tier 2
and tier 3 methods)

NR

4.21

4.21

CO2 emissions from pitch volatiles combustion (tier 2 andtier 3 methods)

NR

4.22

4.22

Sub-Chapter 4.8
Rare earths production (and all sub-sections included)

Equations
Equation Title

Sub-Chapter 4.2

Sub-Chapter 4.4

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.11

Volume 3: Industrial Processes and Product Use

Equations (Continued)
Equation Title

Type ofRefinement

2006 IPCC
Guidelines
Equation
Number2019 Refinement
Equation
NumberCO2 emissions from bake furnace packing material (tier 2
and tier 3 methods)

NR

4.23

4.23

CO2 emissions from paste consumption (tier 2 and tier 3
methods)

NR

4.24

4.24

Total PFC Emissions

NG

-

4.24a

HVAE PFC emissions (Tier 1 method)

U

4.25

4.25

HVAE PFC emissions by Slope method (Tier 2a and Tier
3a methods)

U

4.26

4.26

HVAE PFC emissions by Overvoltage method (Tier 3amethod)

U

4.27

4.27

HVAE PFC emissions (Tier 2b and Tier 3b method –(Marks & Nunez 2018a))

NG

-

4.27a

HVAE PFC emissions (Tier 2b and Tier 3b method –(Dion et al. 2018a))

NG

-

4.27b

LVAE PFC emissions (Tier 1 and Tier 3 methods –production-based)

NG

-

4.27c

LVAE PFC emissions (Tier 3 method – as ratio of HVAE
emissions)

NG

-

4.27d

Total PFC emissions for start-up of electrolysis cells (Tier
3CSU method)

NG

-

4.27e

Emission rate coefficients for HVAE PFC (Tier 2b method– (Dion et al. 2018a))

NG

-

4.27f

Tier 1: Sintering process emissions based on alumina
production dataNG-

Tier 3: Emissions based on carbonate raw material inputs
to the sintering kiln

NG-

Emissions captured during carbonization process andcontained in produced sodium carbonate

NG-

Emissions from un-calcined SKD not recycled to the kiln

NG-

Weighted average content CO2 in ‘i’ Bauxite (Nepheline)
Ore

NG

-

Potential emissions from Bauxites (Nephelines) residue

NG

-

4.27l

Emissions from carbon-bearing non-fuel materials

NG

-

4.27m

CO2 absorption through use of circulating water collectedfrom bauxite/nepheline storage residue area and/or
absorption through bauxite residue neutralization

NG

-

4.27g
4.27h
4.27i
4.27j
4.27k

4.27n

Sub-Chapter 4.8
Process CO2 emissions from anode consumption (Tier 1)

NG

-

4.35

Process CO2 emissions from anode consumption (Tier 3)

NG

-

4.36

PFC emissions from rare earth metals production (Tier 1
and Tier 3)

NG

-

4.37

A5.12

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

TablesType ofRefinement

2006 IPCC
Guidelines Table
Number2019 Refinement
Table Number

Emission allocations from metallurgical coke production

NG

-

4.1a

Tiers to estimate CO2 emissions from metallurgical cokeproduction – non fugitive emissions

NG

-

4.1b

Tier 1 default CO2 emission factors for coke production

U

4.1

4.1

Tier 1 default CO2 emission factors for sinter and pellet
production

NG

-

4.1a

Tier 1 default CO2 emission factors for iron and steel
production

NG

-

4.1b

Tier 1 default CH4 emission factors for coke production(non fugitives), iron and steel production

U

4.2

4.2

Tier 1 default N2O emission factors for coke production
and iron and steel production

NG

-

4.2b

Tier 2 material-specific carbon contents for iron and steel production (tonnes C/tonne)

U

4.3

4.3

Uncertainty ranges

U

4.4

4.4

Tier 1 technology specific emission factors for calculating
carbon dioxide emissions from anode or paste consumption

NR

4.10

4.10

Data sources and uncertainties for parameters used in tier 2
or 3 method for CO2 emissions from prebake cells (CWPB
and SWPB) , see equation 4.21

NR

4.11

4.11

Data sources and uncertainties for parameters used in tier 2
or 3 method for CO2 emissions from pitch volatiles
combustion (CWPB and SWPB)

NR

4.12

4.12

Data sources and uncertainties for parameters used in tier 2
or 3 method for CO2 emissions from bake furnace packing
material (CWPB and SWPB)

NR

4.13

4.13

Data sources and uncertainties for parameters used in tier 2
or 3 method for CO2 emissions from Søderberg cells

NR

4.14

4.14

Summary of accounting methods for PFC emissions

NG

-

4.14a

Technology specific default emission factors for the
calculation of HVAE and LVAE emissions fromaluminium production (Tier 1 method)

U

4.15

4.15

Technology specific coefficients for the calculation of
HVAE PFC emissions from aluminium production using
slope methodology (Tier 2a method)

U

4.16

4.16

Specific HVAE-PFC emission rate coefficients based on
the anode effect duration as calculated by (Marks & Nunez
2018a) (Tier 2b method)

NG

-

4.16a

Uncertainty range (percent) in estimating PFC emissions
from individual HVAEs (Tier 2b methods)

NG

-

4.16b

Time period of measurements used to establish updated
Tier 1 default EFs and Tier 2a default slope coefficients

NG

-

4.16c

Summary of which guidelines to refer to, for time
consistent PFC inventories

NG

-

4.16d

Good practice reporting information for calculating CO2
and PFC emissions from aluminium production by tier

U

4.17

4.17

Table Title
Sub-Chapter 4.2

Sub-Chapter 4.4

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.13

Volume 3: Industrial Processes and Product Use

Table Title

Type ofRefinement

2006 IPCC
2019 Refinement
Guidelines Table
Table Number
NumberTechnology specific default emission factors for the
calculation of CO2 emissions from alternative sintering
processes (Tier 1 method)

NG

-

4.17a

Default uncertainty values for Bauxite/nepheline sintering
processes

NG

-

4.17b

Tier 1 default emission factors for calculating CO2
emissions from anode consumption

NG

-

4.26

Data sources and uncertainties for parameters used in Tier
3 method for CO2 emissions from anode consumption

NG

-

4.27

Tier 1 default emission factors and uncertainty ranges forthe calculation of PFC emissions from rare earth
production

NG

-

4.28

Data sources and uncertainties for parameters used in Tier
3 method for PFC emissions

NG

-

4.29

Good practice reporting information for calculating CO2
and PFC emissions from rare earth metal production by
Tier

NG

-

4.30

Sub-Chapter 4.8

A5.14

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

Figures
Type ofRefinement

2006 IPCC
Guidelines
Figure Number

2019 Refinement
Figure Number

Illustration of main processes for integrated iron and steel
production

NR

4.1

4.1

Estimation of CO2 emissions from metallurgical cokeproduction

U

4.6

4.6

Decision tree for estimation of CO2 emissions from ironand steel production

U

4.7

4.7

Decision tree for estimation of CH4 emissions from cokeproduction

NG

-

4.8a

Decision tree for estimation of CH4 emissions from ironand steel production

U

4.8

4.8b

Decision tree for estimation of N2O emissions from ironand steel production

NG

-

4.8c

Energy or IPPU CO2 emissions allocation in an integrated
iron and steel facility

NG

-

4.8d

Decision tree for calculation of CO2 emissions fromprimary aluminium production

NR

4.11

4.11

Decision tree for calculation of HVAE related PFC
emissions from primary aluminium production

U

4.12

4.12

Decision tree for calculation of LVAE related PFC
emissions from primary aluminium production

NG

-

4.12a

Alumina production processes

NG

-

4.12b

Decision tree for estimation of CO2 emissions fromalumina production

NG

-

4.12c

Decision tree for calculation of CO2 emissions fromprimary rare earth (RE) metal production.

NG

-

4.17

Decision tree for calculation of PFC emissions fromprimary rare earth (RE) metal production.

NG

-

4.18

Figure Title
Sub-Chapter 4.2

Sub-Chapter 4.4

Sub-Chapter 4.8

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.15

Volume 3: Industrial Processes and Product Use

BoxesType ofRefinement

2006 IPCC
Guidelines Box
Number

2019efinement
Box Number

NG

-

4.0

Fully automated anode effect intervention strategies for
PFC emissions

NG

-

4.1a

High and low voltage anode effect description

U

4.2

4.2

PFC emissions during start-up of electrolysis cells

NG

-

4.3

NG

-

4.4

Box Title
Sub-Chapter 4.2
Flaring activities in metallurgical coke and iron and steel
production
Sub-Chapter 4.4

Sub-Chapter 4.8
Anode effect description (for rare earth metal production byfluoride electrolysis)

A5.16

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

CHAPTER 6 ELECTRONICS INDUSTRY EMISSIONS
Sections
This Chapter 6 Volume 3 of the 2019 Refinement is a complete update of Chapter 6 Volume 3 of the 2006 IPCC
Guidelines and should be used instead of Chapter 6 Volume 3 of the 2006 IPCC Guidelines.
The 2019 Refinement of Volume 3 Chapter 6 was designed to maintain the scientific validity of GHG emissions
estimates from the electronics industry. Compared to the 2006 IPCC Guidelines, the 2019 Refinement takes into
account the changes in manufacturing processes and equipment that have occurred in the electronics industry
during the thirteen-year interim period and reflect the much larger set of experimental data available (as of 2018
compared to 2006) to calculate default emissions factors for the sector. Also, several methodological refinements
are introduced in an attempt to increase accuracy and flexibility, depending on how reporting facilities track gas
usage and implement emissions control technologies. The 2019 Refinement includes six revised methods (Tier 1,
2a, 2b, 2c, 3a, and 3b), compared to four for the 2006 IPCC Guidelines. The substantial refinements of this
Chapter include:•

An expanded basket of gaseous fluorinated compounds (FCs) and fluorinated liquids used or produced as
by-products during the manufacture of electronic devices, also including the use and emissions of nitrous
oxide (N2O);•

For the Tier 1 method for gaseous FCs and N2O, updates to the default emission factors for thesemiconductor and display (including LCD, FPD, and other types of display) sub-sectors, and addition ofdefault emission factors for microelectromechanical systems (MEMS);•

For the Tier 2 method for gaseous FCs and N2O, updates to the default emission factors for thesemiconductor and display sub-sectors;•

For the Tier 2 and Tier 3 methods for gaseous FCs and N2O, new guidance on tracking gas consumption andapportioning use to different process types and wafer sizes;•

For the Tier 2 and Tier 3 methods for gaseous FCs and N2O, refined approaches to account for emissions
control technologies and emissions control technology uptime;•

An update to the Tier 2b method for the semiconductor sub-sector to account for the size of manufactured
wafers and the input gas rather than the process type and input gas;•

A new Tier 2c method for the semiconductor sub-sector that accounts for the size of manufactured wafers
in addition to the process type and input gas; this method, without the distinction by substrate size, is also
applicable to the display and PV sub-sectors;•

A new section on adapting Tier 2 methods for gaseous FCs and N2O to account for technological changes,
including guidance on (1) when facility-specific measurements should be considered, and (2) the use of
hybrid methodologies (e.g. by combining the Tier 2c and Tier 3a methods);•

An update to the 2006 Tier 3 method (now labelled Tier 3a) to provide guidance on selecting processes foremissions characterizations, including a discussion of “similarity” among recipes;•

A new Tier 3b method that relies on the measurement of emission factors at the stack level rather than theprocess level;•

For the Tier 1 method for fluorinated liquids, updates to the default emission factors for heat transfer fluid
applications in the semiconductor and display sub-sectors, as well as new emission factors for estimating
emissions from the packaging, testing, and soldering of packaged semiconductor devices; and•Corresponding updates to the Completeness, Time Series Consistency, Uncertainty, QA/QC, and Reportingand Documentation sections.

Note: Because this chapter completely replaces the corresponding chapter in the 2006 IPCC Guidelines, theequations, tables, figures, and boxes here have all been renumbered in simple sequential order, without
reference to the corresponding equations, tables, figures, or boxes in the 2006 IPCC Guidelines (where thoseexist).

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.17

Volume 3: Industrial Processes and Product Use

Sections
Section Title

Type ofRefinement

2006 IPCC
Guidelines
Section Number

2019 Refinement
Section Number

Electronics Industry Emissions

U, NG

6

6

Introduction

U, NG

6.1

6.1

Gaseous Fluorinated Compounds and Nitrous Oxide

U, NG

6.2.1.1

6.2.1.1

Fluorinated Liquids

U, NG

6.2.1.2

6.2.1.2

Choice of emission factors

U, NG

6.2.2

6.2.2

Gaseous Fluorinated Compounds and Nitrous Oxide

U, NG

6.2.2.1

6.2.2.1

Fluorinated LiquidsU

6.2.2.2

6.2.2.2

Choice of activity data

U

6.2.3

6.2.3

Completeness

U

6.2.4

6.2.4

Developing a consistent time series

U

6.2.5

6.2.5

Uncertainty Assessment

U

6.3

6.3

Emission factor uncertainties

U

6.3.1

6.3.1

Activity data uncertainty

U

6.3.2

6.3.2

Quality Assurance/Quality Control (QA/QC)

U

6.4.1

6.4.1

Reporting and Documentation

U

6.4.2

6.4.2

Equation Title

Type ofRefinement

2006 IPCC
Guidelines
Equation
Number2019 Refinement
Equation
NumberTier 1 Method for estimation of the set of GHG emissions

U

6.1

6.1

Consumption of input gas i

NG

-

6.2

Transfers of Input Gas i

NG

-

6.3

Apportioning of C to Process Types/Sub-types

NG

-

6.4

Emissions of input gas i

U

6.2

6.5

By-product emissionsU

6.3-6.6

6.6

By-product emissions from hydrocarbon fuelled
combustion emissions control systems

NG

-

6.7

Emissions reduction impact of emissions control
technology for gas i

NG

-

6.8

Emissions reduction impact of emissions control
technology for by-product k

NG

-

6.9

Estimate of the mass fraction of gas i emitted from process
tools equipped with emission control technologies

NG

-

6.10

Estimate of the mass fraction of by-product k emitted fromprocess tools equipped with emissions control technologies

NG

-

6.11

Uptime of emissions control systems

NG

-

6.12

EquationsA5.18

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

Equation Title

Type ofRefinement

2006 IPCC
Guidelines
Equation
Number2019 Refinement
Equation
NumberEmission of input gas i

U

6.7

6.13

Process By-product Emissions from input gas i

U

6.8-6.11

6.14

By-product emissions from combustion emissions control
equipment

NG

-

6.15

Emissions reduction impact of emissions control equipment
on input gas i

NG

-

6.16

Emissions reduction impact of emissions control equipment
on by-product k

NG

-

6.17

Estimate of the fraction of mass of gas i emitted fromprocess p from tools equipped with emissions control
equipment

NG

-

6.18

Estimate of the fraction of mass of by-product k emitted
from process p from tools equipped with emissions control
equipment

NG

-

6.19

Uptime of emissions control systems

NG

-

6.20

Total GHG input gas emitted from stack system during
sampling period

NG

-

6.21

Total FC by-product emitted from stack system during
sampling period

NG

-

6.22

Gas specific emission factor for input gas

NG

-

6.23

FC by-product specific emissions factor

NG

-

6.24

Annual emissions of input gas i

NG

-

6.25

Annual emissions of FC by-product k

NG

-

6.26

Average emission control system uptime

NG

-

6.27

Tier 1 Method for estimation of total FC emissions fromfluorinated liquids

U

6.12

6.28

Tier 2 Method for estimation of FC emissions fromfluorinated liquids

U

6.13

6.29

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.19

Volume 3: Industrial Processes and Product Use

TablesTable Title

Type ofRefinement

2006 IPCC
Guidelines
Table Number

2019 Refinement
Table Number

Sources and types of GHGs emitted during electronics
manufacturing

NG

-

6.1

Refinements and applicability of guidance by electronics
industry subsector

NG

-

6.2

Information sources necessary for completing the tiered
emission estimating methods for gaseous FCs forelectronics manufacturing

U

6.1

6.3

Information sources necessary for completing the tiered
emission estimating methods for liquid FCs for electronics
manufacturing

NG

-

6.4

Fluorinated liquids commonly used in the electronics
industry

NG

-

6.5

Tier1 Gas-specific emission factors for process GHG
emissions from electronics manufacturing

U

6.2

6.6

Tier 2a method – default emission factors for GHG
emissions from Semiconductor manufacturing and MEMS
manufacturing under certain conditions

U

6.3

6.7

Tier 2a & 2b methods – default factors for γi and γk forsemiconductor manufacturing and for MEMS
manufacturing under certain conditions

NG

-

6.8

Tier 2b method – default emission factors for GHG
emissions from Semiconductor manufacturing and MEMS
manufacturing under certain conditions

NG

-

6.9

Tier 2c method (≤200mm) – default emission factors for
GHG emissions from semiconductor manufacturing and
MEMS manufacturing under certain conditions

NG

-

6.10

Tier 2c method (300mm) – default emission factors for
GHG emissions from semiconductor manufacturing and
MEMS manufacturing under certain conditions

NG

-

6.11

Tier 2c method – default emission factors for GHG
emissions from Display manufacturing

U

6.4

6.12

Tier 2c method – default emission factors for GHG
emissions from PV manufacturing

U

6.5

6.13

Methods and procedures for conducting emissions tests for
Stack Systems

NG

-

6.14

Maximum field detection limits (FDL) applicable tofluorinated compounds (FC) concentration measurements
for Stack Systems

NG

-

6.15

Emissions Control Equipment suitability table for
Destruction Removal Efficiency (DRE) of Process GHG
Emissions

NG

-

6.16

Tier 2 default DRE parameters for electronics industry
process gas emissions reduction technologies

U

6.6

6.17

Tier 1 Default Emission Factors for fluorinated liquids

NG

-

6.18

Estimates of relative uncertainties (percent) of Tier 2bemission factors for semiconductor manufacturing, 95
percent confidence intervals

U

6.9

6.19

A5.20

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

Table Title

Type ofRefinement

2006 IPCC
Guidelines
Table Number

2019 Refinement
Table Number

Estimates of relative uncertainties (percent) of Tier 2cemission factors for semiconductor manufacturing (≤200mm), 95 percent confidence intervals

U

6.9

6.20

Estimates of relative uncertainties (percent) of Tier 2cemission factors for semiconductor manufacturing (300mm), 95 percent confidence intervals

U

6.9

6.21

Tier 2a & 2b methods – estimates of relative uncertainties(percent) for γI and γK (SEMICONDUCTOR and MEMS
manufacturing under certain conditions), 95 percent
confidence intervals

NG

-

6.22

Information necessary for full transparency of estimates ofemissions from electronics manufacturing

U

6.11

6.23

Figure Title

Type ofRefinement

2006 IPCC
Guidelines
Figure Number

2019 Refinement
Figure Number

Decision tree for estimation of GHG emissions fromelectronics manufacturing

U

6.1

6.1

Decision tree to determine need for measured emission
factors

NG

-

6.2

Decision tree for estimation of emissions from fluorinatedliquids loss from electronics manufacturing

U

6.2

6.3

Decision Tree for Process GHG Emission Control System
Default Emission Factors

NG

-

6.4

Box Title

Type ofRefinement

2006 IPCC
Guidelines Box
Number2019 Refinement
Box Number

Site specific apportioning model verification example

NG

-

6.1

Fluorinated greenhouse gas by-products

NG

-

6.2

The importance and limitations of the default gamma
values for calcutating Ai and Ak

NG

-

6.3

FiguresBoxes

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.21

Volume 3: Industrial Processes and Product Use

CHAPTER 7 EMISSIONS OF FLUORINATED SUBSTITUTES FOR OZONEDEPLETING SUBSTANCES
Sections•

Section 7.1.1 “Chemicals and relevant application areas covered” in the 2006 IPCC Guidelines: The text
about HFCs and Montreal Protocol has been updated. Text and references from the 2006 IPCC Guidelines
are to a large extent retained.

•

Section 7.1.2.2 “Choice of method” in the 2006 IPCC Guidelines: Text updated in order to briefly describe
the four new tables with consumption figures for 2015.

•

Section 7.5.2.1 “Choice of method” in the 2006 IPCC Guidelines: New guidance on how to build arefrigeration and air conditioning inventory (Tier 1 and tier 2 emission factor approaches) appears in Boxes
7.2a-c.

•Section 7.5.2.2 “Choice of emission factors” in the 2006 IPCC Guidelines: Text is updated to describe new
information from studies of emission factors. New guidance in terms of examples of national studies on
emission rates for stationary refrigeration and air-conditioning systems are found in Annex 7A.1.

•

New spreadsheet “Calculation Example for 2F1 (Tier 2)” (MS Excel) was introduced

Section Title

Type ofRefinement

2006 IPCC
Guidelines
Section Number

2019 Refinement
Section Number

Chemicals and relevant application areas covered

U

7.1.1

7.1.1

Overview of ODS substitute issues

NR

7.1.2.1

7.1.2.1

Choice of method

U7.1.2.2

7.1.2.2

Choice of emission factors

NR

7.1.2.3

7.1.2.3

Choice of activity data

NR

7.1.2.4

7.1.2.4

CompletenessNR

7.1.2.5

7.1.2.5

Developing a consistent time seriesNR

7.1.2.6

7.1.2.6

Uncertainty Assessment

NR

7.1.3

7.1.3

Quality Assurance/Quality Control (QA/QC), Reporting,and Documentation for all ODS substitutes applications

NR

7.1.4

7.1.4

Choice of method

U7.5.2.1

7.5.2.1

Choice of emission factors

U,

7.5.2.2

7.5.2.2

Choice of activity data

U

7.5.2.3

7.5.2.3

Applying Tier 2 methods – the example of mobile air
conditioning (MAC)U

7.5.2.4

7.5.2.4

CompletenessNR

7.5.2.5

7.5.2.5

Developing a consistent time seriesNR

7.5.2.6

7.5.2.6

Uncertainty Assessment

NR

7.5.3

7.5.3

Quality Assurance/Quality Control (QA/QC), Reporting,and Documentation

NR

7.5.4

7.5.4

Annex 7A.1 to Chapter 7. Examples of national studies on
emission rates for stationary refrigeration and airconditioning systems

NG-

Annex 7A.1 toChapter 7

Spreadsheet “Calculation Example for 2F1 (Tier 2)” (MSExcel)NG-

Spreadsheet to
Chapter 7

A5.22

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

Tables•Tables Table 7.1: Footnote 2 is elaborated, specifying that methodology for estimating emissions for plasma
etching is not included in chapter 7. This issue was not in the mandate/TOC.

•

Three new tables with consumption figures to address the issue of adding data on the distribution of ODSsubstitutes by application, e.g. broadening the set of countries to include developing as well as developed
countries. This issue was suggested placed under 7.5.2.3 in the TOC (mandate), but we argue that 7.1.2.2 isthe relevant section because it an elaboration related to table 7.3 which is located in section 7.1.2.2:oNew table 7.3a: Provides information similar to table 7.3 in 2006 IPCC Guidelines (distribution of
HFC use by application area), but for 2015.

o

New table 7.3b: Provides information for 2015 on use of HFCs in RAC by substance and subapplication area in Article 5 Parties.

o

New table 7.3c: Provides information for 2015 on use of HFCs in RAC by substance and subapplication area in non-Article 5 Parties.

o

New table 7.3d: Provides information for 2015 on the share of HFCs used for manufacturing andservicing in RAC.

•

Table 7.9: Specifications are made for charge and operating emission factors maritime, railway, busses in
sub-application mobile air conditioning to address the issue of updating emission factors by further
segregating equipment types.

•

Three new tables with emission factors for commercial and industrial refrigeration to address the issue of
updating emission factors by further segregating equipment types, regions, and time periods, are presented
in Annex 7A.1.

Table Title

Type ofRefinement

2006 IPCC
Guidelines
Table Number

2019 Refinement
Table Number

Main application areas for HFCs and PFCs as ODS
substitutes

U

7.1

7.1

Distribution of HFC use by application area for 2015

U

7.3

7.3

HFC consumption for RAC in article 5 parties. Per cent of
total by substance and sub-application area for 2015

NG

-

7.3a

HFC consumption for RAC in non-article 5 parties. Per centof total by substance and sub-application area for 2015

NG

-

7.3b

HFC consumption for RAC in article 5 parties and nonarticle 5 parties. Per cent of total by manufacturing andservicing for 2015

NG

-

7.3c

Default estimates for charge, lifetime and emission factors
for refrigeration and air-conditioning systems

U

7.9

7.9

California study for 2008: Emission factors for refrigeration
and air conditioning systems

NG

-

7A.1

Japan study for 2008: Emission factors for refrigeration andair conditioning systems

NG

-

7A.2

German study for 2009-2013: Emission factors forrefrigeration and air conditioning systems

NG

-

7A.3

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.23

Volume 3: Industrial Processes and Product Use

FiguresFigure Title

Type ofRefinement

2006 IPCC
Guidelines
Figure Number

2019 Refinement
Figure Number

Decision tree for actual emissions from the refrigeration andair conditioning (RAC) application

NR

7.6

7.6

Example of spreadsheet calculation for Tier 1a/b
assessments

NR

7.7

7.7

Equation Title

Type ofRefinement

2006 IPCC
Guidelines
Equation
Number2019 Refinement
Equation
NumberCalculation of net consumption of a chemical in a specificapplication

NR

7.1

7.1

7.2a

7.2a

7.2b

7.2b

7.3

7.3

7.4

7.4

Equations

Calculation of emissions of a chemical from a specificapplication

NR

Calculation of emissions of a chemical from an application
with banks

NR

General mass balance equation for Tier 1b

NR

Summary emissions equation based on phases of thelifecycle

NR

Determination of refrigerant emissions by mass balance

NR

7.9

7.9

Summary of sources of emissions

NR

7.10

7.10

Sources of emissions from management of containers

NR

7.11

7.11

Sources of emissions when charging new equipment

NR

7.12

7.12

Sources of emissions during equipment lifetime

NR

7.13

7.13

Emissions at system end-of-life

NR

7.14

7.14

Boxes
•

•

Three new boxes to address the issue of increased user-friendliness and suggestion of box with “recipe”style guidance on how to launch the HFC inventory. Location according to suggestion in TOC (mandate):o

New box 7.2a: Intended to simplify the process of starting an inventory on HFCs, focusing on
the larger areas of use and the tier 1 and 2 EF approach.

oNew box 7.2b: Aims at giving an overview of the annual emission estimation process, focusing
on the bank of HFCs in equipment in use.

o

New box 7.2c: Provides information on two ways to establish the existing bank of HFCs.

One new box to address the issue of increased user-friendliness, suggestion of examples regarding thecollection of activity data, and the suggestion to further emphasizing the data and literature associated with
the Montreal protocol. Location according to suggestion in TOC (mandate):o•

New box 7.3a: List of data sources commonly used for collecting data on HFCS, with a short
description of each.

Box 7.4 in the 2006 IPCC Guidelines contains misleading information in terms of the emission factors used
for MAC. They are outside the default ranges presented in Table 7.9 in 2006 GL due to assumptions onfrequent A/C service with high leakage rate. We suggest to reduce the figure to be inside the default ranges
provided in the 2006 IPCC Guidelines Table 7.9 to consistent with the methodologies described.

A5.24

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

Box Title

Type ofRefinement

2006 IPCC
Guidelines Box
Number2019 Refinement
Box Number

How to build a R/AC inventory in a few simple steps –Tier 1 and 2 emission factor approaches

NG

-

7.2a

The basic elements of an emission inventory for R/AC

NG

-

7.2b

How to build the bank of HFC

NG

-

7.2c

Accounting for imports and exports of refrigerant andequipment

NR

7.3

7.3

Common data sources for the HFC inventory

NG

-

7.3a

Example of the application of a Tier 2a calculation formobile air conditioning

U

7.4

7.4

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.25

Volume 3: Industrial Processes and Product Use

CHAPTER 8 OTHER PRODOUCT MANUFACTURE AND USE AND
APPENDIX 1 BASIS FOR FUTURE METHODLOGICAL DEVELOPMENT
Sections•

New guidance for waterproofing of electronic circuits has been added to the Section 8.3 “Use of SF6 and
PFCs in other products”.

•

New guidance for Textile, carpet, leather and paper fluorinated treatment emissions has been added to theSection 8.3 “Use of SF6 and PFCs in other products”.

•

New Appendix 1 for “Possible Approaches for Estimating FC Emissions from Textile, Carpet, Leather andPaper Industries: Basis for Future Methodological Development” was introducedType ofRefinement

2006 IPCC
Guidelines
Section Number

2019 Refinement
Section Number

Introduction

U

8.3.1

8.3.1

Methodological Issues

U

8.3.2

8.3.2

NG

-

Appendix 1

Type ofRefinement

2006 IPCC
Guidelines
Equation
Number2019 Refinement
Equation
Number

NG

-

8.22a

NG

-

1A.1-1A.18

Type ofRefinement

2006 IPCC
Guidelines
Table Number

2019 Refinement
Table Number

NG

-

8.11

NG

-

1A.1-1A.4

Section Title
Chapter 8

Appendix 1
Possible Approaches for Estimating FluorinatedCompounds Emissions from Textile, Carpet, Leather andPaper Industries: Basis for Future Methodological
Development

Equations
Equation Title

Chapter 8
Waterproofing of electric circuits
Appendix 1
All equations are newTablesTable Title
Chapter 8
Emission Factor for Waterproofing of Electronic Circuits
Appendix 1
All tables are new

A5.26

2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

Annex 5: Mapping Tables

Boxes
There are no boxes in Chapter 8 of the 2006 IPCC Guidelines and in Chapter 8 of the 2019 Refinement
Box Title

Type ofRefinement

2006 IPCC
Guidelines
Box Number

2019 Refinement
Box NumberNG-

1A.1-1A.2

Appendix 1
All boxes are new2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories

A5.27