INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULEMETAL PRODUCTION

WORKSHEET

2-11

SHEET

4 OF 11 FERROALLOYS - TIER 1b - CO2 EMISSIONSSTEP 4A
Amount of
Ferroalloy
Produced
(t)

2.76

B
Emission Factor

C
CO2 Emitted

D
CO2 Emitted(t CO2/t ferroalloy
produced)

(t)

(Gg)

C = (A x B)

D = C/103

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

12

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULEMETAL PRODUCTION

WORKSHEET

2-11

SHEET

5 OF 11 ALUMINIUM - TIER 1b - CO2 EMISSIONSSTEP 5A
Amount of Aluminium
Produced(t)

B
Emission Factor(t CO2/t aluminium
produced)

MODULE

INDUSTRIAL PROCESSSUBMODULEMETAL PRODUCTION

WORKSHEET

2-11

SHEET

C
CO2 Emitted

D
CO2 Emitted

(t)

(Gg)

C = (A x B)

D = C/103

6 OF 11 ALUMINIUM - TIER 1b - CF4 EMISSIONSSTEP 6A
Type ofcell

B
Amount ofAluminium
Produced

C
Equation
Constant
CF4(tonnes)D
Average
Fraction of
Pot GasDuringAnode
Effects

E
Current
Efficiency

F
Numberof Anode
Effects Per
Day

G
Anode
EffectDurationI
CF4
Emitted(minutes)(kg)(fraction)

H = (B x C x D x
E x F x G)

1.698

MODULE

INDUSTRIAL PROCESSSUBMODULEMETAL PRODUCTION

WORKSHEET

2-11

SHEET

H
CF4 Emitted(Gg)
I = H/106

7 OF 11 ALUMINIUM - TIER 1b - C2F6 EMISSIONSSTEP 7ATypeof cellB
Amount ofAluminium
Produced

C
Equation
Constant(tonnes)

C2F6

D
Average
Fraction of
Pot GasDuringAnode
Effects

E
Current
Efficiency(fraction)

F
Number of
Anode
Effects per
Day

G
Anode
EffectDuration

H
C2F6 Emitted(minutes)

0.1698

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:(kg)
H = (B x C x D x
E x F x G)

Workbook

I
C2F6
Emitted(Gg)
I = H/106

2.77

INDUSTRIAL PROCESSESMODULESUBMODULE
WORKSHEETSHEETAAmount of Aluminium
Produced(t)

INDUSTRIAL PROCESSESMETAL PRODUCTION
2-11
8 OF 11 ALUMINIUM - TIER 1c - CF4 EMISSIONSSTEP 8DCB
CF4 Emitted
CF4 Emitted
Emission Factor(kg CF4/t aluminium
(kg)
(Gg)
produced)
C = (A x B)
D = C/106

MODULESUBMODULE
WORKSHEET
SHEET

A
Total CF4 Emissions(Gg)

MODULESUBMODULE
WORKSHEETSHEETAAmount of Aluminium
Produced(t)

INDUSTRIAL PROCESSESMETAL PRODUCTION 2-11
10 OF 11 ALUMINIUM - NO x, CO, SO2 EMISSIONSSTEP 10B
C
D
Emission Factor
Pollutant Emitted
Pollutant Emitted(kg gas/t aluminium
produced)(kg)(Gg)
C = (A x B)
D = C/106
NOx
CO
SO2

2.78

INDUSTRIAL PROCESSESMETAL PRODUCTION
2-11
9 OF 11 ALUMINIUM - TIER 1c - C2F6 EMISSIONSSTEP 9B
C
C2F6 Emission Factor
C2F6 Emitted(C2F6/CF4)(Gg)
0.1
C = (A x B)

NOx
CO
SO2

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

12

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULEMETAL PRODUCTION

WORKSHEET

2-11

SHEET

11 OF 11 SF6 USED IN ALUMINIUM AND MAGNESIUM
FOUNDRIES - SF6 EMISSIONSSTEP 11A
Consumption of SF6(t)

B
SF6 Emitted(t)

C
SF6 Emitted
(Gg)

B=A

C = B/103

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

2.79

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

PULP AND PAPER INDUSTRIESWORKSHEET

2-12

SHEET

1 OF 2 NOx , NMVOC AND CO EMISSIONSSTEP 1

Pulp Process TypeA
Quantity of Air
Dried Pulp
Produced(t)

B
Emission Factor(kg gas /t air
dried pulp
produced)C
Pollutant Emitted

D
Pollutant Emitted

(kg)

(Gg)

C = (A x B)

D = C/106

Kraft

NOx

NOx

Kraft

NMVOC

NMVOC

Kraft

CO

CO

MODULE

INDUSTRIAL PROCESSESSUBMODULE

PULP AND PAPER INDUSTRIESWORKSHEET

2-12

SHEET

2 OF 2 SO2 EMISSIONSSTEP 2

Pulp Process TypeA
Quantity of Air
Dried Pulp
Produced(t)

B
Emission Factor(kg SO2/t air
dried pulp
produced)C
SO2 Emitted

D
SO2 Emitted

(kg)

(Gg)

C = (A x B)

D = C/106

Kraft
Acid Sulphite

Total (Gg):

2.80

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

12

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

FOOD AND DRINKWORKSHEET

2-13

SHEET

1 OF 2 ALCOHOLIC BEVERAGE PRODUCTION - NMVOC EMISSIONSSTEP 1

Alcoholic
Beverage TypeA
Quantity of
Alcoholic Beverage
Produced(hl)

B
Emission Factor(kg NMVOC/hL
beverage
produced)C
NMVOC Emitted

D
NMVOC Emitted

(kg)

(Gg)

C = (A x B)

D = C/106

Total (Gg):

MODULE

INDUSTRIAL PROCESSESSUBMODULE

FOOD AND DRINKWORKSHEET

2-13

SHEET

2 OF 2 BREAD AND OTHER FOOD PRODUCTION - NMVOC EMISSIONSSTEP 2

Food Production
TypeA
Quantity of Food
Produced(t)

B
Emission Factor(kg NMVOC/tfood processed)

C
NMVOC Emitted

D
NMVOC Emitted

(kg)

(Gg)

C = (A x B)

D = C/106

Total (Gg):

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

2.81

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE

WORKSHEET

2-14

SHEET

1 OF 2 BY-PRODUCTS - HFCS AND PFCS EMISSIONSSTEP 1A
Quantity of
Halocarbon
Produced

Type of
Halocarbon(t)

MODULE

B
Emission Factor(kg halocarbon
by-product per
tonne halocarbon
produced)C
Halocarbon
EmittedD
Halocarbon
Emitted

(kg)

(Gg)

C = (A x B)

D = C/106

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE

WORKSHEET

2-14

SHEET

2 OF 2 FUGITIVE EMISSIONS - HFCS AND PFCS EMISSIONSSTEP 2Type of
Halocarbon

A
Quantity of
Halocarbon
Produced
(t)

2.82

B
Emission Factor(kg halocarbon
lost per tonne
halocarbon
produced)C
Halocarbon
EmittedD
Halocarbon
Emitted

(kg)

(Gg)

C = (A x B)

D = C/106

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

12

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

CONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE

WORKSHEET

2-15

SHEET

1 OF 13 - TIER 1a AND TIER 1b - BULK HALOCARBONS EMISSIONSHALOCARBON
NAME
STEP 1A
Quantity of
Halocarbon
Produced(t)

B
Quantity of
Halocarbon
Imported in Bulk(t)

C
Quantity of
Halocarbon
Exported in Bulk(t)

D
Quantity of
Halocarbon
Destroyed(t)E
Potential Bulk
Halocarbon Emission(t)
E=A+B-C-D

MODULE

INDUSTRIAL PROCESSESSUBMODULE

CONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE

WORKSHEET

2-15

SHEET

2 OF 13 - TIER 1b ONLY - PRODUCT CONTAINING HALOCARBONSHALOCARBON
NAME
STEP 2Type of Product

F
Number of Units
Imported (+) or
Exported (-)

G
Quantity ofMaterial per Unit
(kg)

H
Fraction of
Halocarbon inMaterial(%/100)I
Potential Product
Halocarbon Emissions(t)
I = F x G x H/103

Total (Gg):

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

2.83

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

CONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE TIER 1a AND TIER 1b - SUMMARY OF HALOCARBONS EMISSIONSWORKSHEET

2-15

SHEET

3 OF 13

HALOCARBON NAME
STEP 3J
Potential Bulk Halocarbon
Emissions(t)K
Potential Product
Halocarbon Emissions(t)

LTotal Potential
Halocarbon Emission(t)

M
Total Potential
Halocarbon Emissions(Gg)

J= E from Step 1

K= I from Step 2

L=J+K

M = M/103

MODULESUBMODULE

INDUSTRIAL PROCESSESCONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDEREFRIGERATION TYPE
HALOCARBON NAMEWORKSHEET
SHEET

2-15
4 OF 13 REFRIGERATION ASSEMBLY - TIER 2 - HFCS AND PFCSEMISSIONSSTEP 4

2.84

A

B

C

D

Amount of HFC/PFC
Charged into New Systems
in Year t(Echarged (t))(t)

Assembly Losses(k)Halocarbon Emitted

Halocarbon Emitted

(%)

(t)

(Gg)

C= (A x B)

D = C/103

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

12

INDUSTRIAL PROCESSESODULESUBMODULE

INDUSTRIAL PROCESSESCONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDEREFRIGERATION TYPE
HALOCARBON NAMEWORKSHEET
SHEET

2-15
5 OF 13 REFRIGERATION OPERATION - TIER 2 - HFCS AND PFCSEMISSIONSSTEP 5

E
Amount of HFC/PFC
Stocked in Existing Systems
in Year t(Estock (t))(t)

FAnnual Leakage Rate(x)

G
Halocarbon Emitted

H
Halocarbon Emitted

(%)

(t)

(Gg)

G = E x F/100

H = G/103

MODULE INDUSTRIAL PROCESSESSUBMODULE CONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDEREFRIGERATION TYPE
HALOCARBON NAMEWORKSHEET 2-15
SHEET 6 OF 13 REFRIGERATION DISPOSAL - TIER 2 - HFCS AND PFCS EMISSIONSSTEP 6I
Amount of HFC/PFC
Charged into New
Systems in Year t-n(Eicharge (t-n))

(t)

J
K
AverageAmount ofEquipment
HFC/PFC in
Lifetime
Systems at Time(n)of Disposal in Per
Cent of Original
Charge(y)(years)(%)

L
Amount of
HFC/PFC
Recovered in
Per Cent of
Actual Charge(z)

M
Halocarbon
EmittedN
Halocarbon
Emitted

(%)

(t)

(Gg)

M = I x [K/100]
x [ (100 - L)/100]

N = M/103

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

2.85

INDUSTRIAL PROCESSESMODULESUBMODULE

INDUSTRIAL PROCESSESCONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDEREFRIGERATION TYPE
HALOCARBON NAMEWORKSHEET
SHEET

2-15
7 OF 13 REFRIGERATION SUMMARY - TIER 2 - HFCS AND PFCS EMISSIONSSTEP 7O
AssemblyP
Operation

Q
Disposal

(Gg)

(Gg)

(Gg)

R
Total Halocarbon
Emissions(Gg)

O = D (from Step 4)

P = H (from Step 5)

Q = N (from Step 6)

R =(O+P+Q)

MODULE INDUSTRIAL PROCESSESSUBMODULE CONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE
WORKSHEET 2-15
SHEET 8 OF 13 FOAM PRODUCTS - TIER 2 - HFCS AND PFCS EMISSIONSSTEP 8
Foam TypeA
Quantity of
HFC/PFC
Used(t)

B
Quantity of
HFC/PFC in
Use
(t)

Open

D
C
Fraction Loss Fraction Lossduring Use
duringProduction(%/100)(%/100)NA

E
HFC/PFC
EmittedF
HFC/PFC
Emitted(t)(Gg)

E = (A x C)
+ (B x D)

F = E/103

NA

ClosedNA= Not Applicable
MODULE

Total (Gg):
INDUSTRIAL PROCESSESSUBMODULE

CONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE

WORKSHEET

2-15

SHEET

9 OF 13 FIRE EXTINGUISHERS - TIER 2 - HFCS, PFCS AND SF6 EMISSIONSSTEP 9Extinguisher TypeA
Total Quantity of
HFC/PFC/SF6 Usedin New
Extinguishers(t)

B
Fractional Loss
FactorC
HFC/PFC/SF6
EmittedD
HFC/PFC/SF6
Emitted(%/100)(t)(Gg)

C = (A x B)

D = C/103

Portable
Fixed
Total (Gg):

2.86

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

12

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

CONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE

WORKSHEET

2-15

SHEET

10 OF 13 - TIER 2 - AEROSOLS - HFCS AND PFCS EMISSIONSSTEP 10A
Use of HFCs/PFCs for
Aerosols in Inventory
Year
(t)

MODULEB
Use of HFCs/ PFCs
for Aerosols in
Prior Year(t)C
Loss of Current
Year’s Use

D
Emission of
HFCs/PFCs from
Aerosols(t)

E
Emission of
HFCs/PFCs from
Aerosols(Gg)

D = (A x C)
+ B (1 - C)

E = D/103

INDUSTRIAL PROCESSESSUBMODULE

CONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE

WORKSHEET

2-15

SHEET

11 OF 13 SOLVENTS - TIER 2 - HFCS AND PFCS EMISSIONSSTEP 11A
Use of HFCs/PFCs
for Solvents in
Inventory Year(t)

MODULEB
Use of HFCs/ PFCs
for Solvents inPrior Year(t)C
Loss of Current
Year’s Use

D
Emission of
HFCs/PFCs from
Solvents(t)

E
Emission of
HFCs/PFCs from
Solvents(Gg)

D = (A x C)
+ B (1 - C)

E = D/103

INDUSTRIAL PROCESSESSUBMODULE

CONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE

WORKSHEET

2-15

SHEET

12 OF 13 OTHER APPLICATIONS - TIER 2 - HFCS AND PFCS EMISSIONSSTEP 12A
Use of HFCs/PFCs
for Other
Applications in
Inventory Year(t)

B
Use of HFCs/ PFCs
for Other
Applications inPrior Year(t)C
Loss of Current
Year’s Use

D
Emission of
HFCs/PFCs from
Other Applications

E
Emission of
HFCs/PFCs from
Other Applications

(t)

(Gg)

D = (A x C)
+ B (1 - C)

E = D/103

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

2.87

INDUSTRIAL PROCESSESMODULE INDUSTRIAL PROCESSESSUBMODULE CONSUMPTION OF HALOCARBONS AND SULPHUR HEXAFLUORIDE
WORKSHEET 2-15
SHEET 13 OF 13 SF6 EMISSIONSSTEP 13

2.88

A
Quantity of SF6
in Use inInventory Year

B
Loss Factor for
SF6 in Use

C
Quantity of SF6
in Use 30 Years
Prior to theInventory YearD
Fraction
Remaining in SF6
Equipment at
Time of Disposal

E
SF6 Emitted

F
SF6 Emitted(t)(%/100)(t)(%/100)(t)(Gg)

E = (A x B)
+ (C x D)

F = E/103

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook