12INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

CEMENT PRODUCTION

WORKSHEET

2-1

SHEET

1OF 2 CO2 EMISSIONSSTEP 1A
Quantity of Clinker orCement Produced(t)B
Emission Factor(t CO2/t clinker orcement produced)

MODULE

INDUSTRIAL PROCESSESSUBMODULE

CEMENT PRODUCTION

WORKSHEET

2-1

SHEET

C
CO2 Emitted

D
CO2 Emitted

(t)

(Gg)

C = (A x B)

D = C/103

C
SO2 Emitted

D
SO2 Emitted(kg)(Gg)

C = (A x B)

D = C/106

2 OF 2 SO2 EMISSIONSSTEP 2A
Quantity of Cement
Produced(t)BEmission Factor(kg SO2 /t cementproduced)

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

2.61

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION OF LIMEWORKSHEET

2-2

SHEETLime Type

1 OF 1 CO2 EMISSIONSA
Quantity ofLime Produced(t)

B
Emission Factor(t CO2/t quicklime or
dolomitic limeproduced)

C
CO2 Emitted

DCO2 Emitted(t)(Gg)

C = (A x B)

D = C/103

Quicklime
Dolomitic Lime
Total (Gg):

2.62

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

12

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

LIMESTONE AND DOLOMITE USE

WORKSHEET

2-3SHEET

Material Type

1 OF 1 CO2 EMISSIONSA
Quantity ofLimestone orDolomite Used(t)B
Emission Factor(kg CO2/t limestoneor dolomite used)C
CO2 Emitted

D
CO2 Emitted

(kg)

(Gg)

C = (A x B)

D = C/106

Limestone
Dolomite
Total (Gg):

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

2.63

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

SODA ASH PRODUCTION AND USE

WORKSHEET

2-4SHEET

1 OF 2 SODA ASH PRODUCTION- CO2 - EMISSIONSSTEP 1A
Quantity of Trona
Utilised

B
Emission Factor

C
CO2 Emitted

D
CO2 Emitted(t)(t CO2/t trona utilised)

(t)

(Gg)

C = (A x B)

D = C/103

MODULE

INDUSTRIAL PROCESSESSUBMODULE

SODA ASH PRODUCTION AND USE

WORKSHEET

2-4

SHEET

2 OF 2 SODA ASH USE - CO2 EMISSIONSSTEP 2A
Quantity of Soda Ash
Used
(t)

2.64

B
Emission Factor(kg CO2/t soda ashused)C
CO2 Emitted

D
CO2 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

PRODUCTION AND USE OF MISCELLANEOUS MINERAL PRODUCTS

WORKSHEET

2-5SHEET

1 OF 5 ASPHALT ROOFING PRODUCTION - NMVOC EMISSIONSSTEP 1A
Quantity ofAsphalt Roofing
Produced(t)Process TypeB
Emission Factor(kg NMVOC /tasphalt roofingproduced)

C
NMVOC Emitted

D
NMVOC Emitted(kg)(Gg)

C = (A x B)

D = C/106

Saturation Process
Blowing Process
Total (Gg):

MODULE

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION AND USE OF MISCELLANEOUS MINERAL PRODUCTS

WORKSHEET

2-5SHEET

2 OF 5 ASPHALT ROOFING PRODUCTION - CO EMISSIONSSTEP 2A
Quantity of Asphalt
Roofing Produced(t)MODULE

BEmission Factor(kg CO /t asphaltroofing produced)

CCO Emitted

DCO Emitted(kg)(Gg)

C = (A x B)

D = C/106

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION AND USE OF MISCELLANEOUS MINERAL PRODUCTS

WORKSHEET

2-5SHEET

3 OF 5 ROAD PAVING WITH ASPHALT- NMVOC EMISSIONSSTEP 3Emission SourceA
Quantity of Road
Paving MaterialUsed(t)B
Emission Factor(kg NMVOC/troad pavingmaterial used)C
NMVOC Emitted

D
NMVOC Emitted(kg)(Gg)

C = (A x B)

D = C/106

Asphalt Plant
Road Surface
Total (Gg):

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:Workbook

2.65

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION AND USE OF MISCELLANEOUS MINERAL PRODUCTS

WORKSHEET

2-5SHEET4 OF 5 PRODUCTION OF OTHER MINERAL PRODUCTS - GLASS PRODUCTION NMVOC EMISSIONSSTEP 4A
Quantity of Glass
Produced(t)Glass TypeBEmission Factor(kg NMVOC/tglass produced)

C
NMVOC EmittedDNMVOC Emitted(kg)(Gg)

C = (A x B)

D = C/106

Container Glass
Flat Glass
Total (Gg):

MODULE

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION AND USE OF MISCELLANEOUS MINERAL PRODUCTS

WORKSHEET

2-5SHEET5 OF 5 PRODUCTION OF OTHER MINERAL PRODUCTS - CONCRETE
PUMICE STONE - SO 2 EMISSIONSSTEP 5A
Quantity of Concrete
Pumice Stone Produced
(t)

2.66

B
Emission Factor(kg SO2/t concretepumice stone produced)

CSO2 Emitted

D
SO2 Emitted(kg)(Gg)

C = (A x B)

D = C/106

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook12INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

AMMONIA PRODUCTION

WORKSHEET

2-6SHEET

1 OF 3 TIER 1a - CO2 EMISSIONSSTEP 1A
Amount of Gas
Consumed(m3)B
Carbon Contentof Gas(kg/m3)C
Conversion Ratio

44/12

MODULE

INDUSTRIAL PROCESSESSUBMODULE

AMMONIA PRODUCTION

WORKSHEET

2-6SHEET

D
CO2 Emitted

E
CO2 Emitted(kg)(Gg)

D = (A × B × C)

E = D/106

2 OF 3 TIER 1b - CO2 EMISSIONSSTEP 2A
Amount of Ammonia
Produced(t)B
Emission Factor(t CO2/t ammoniaproduced)

MODULE

INDUSTRIAL PROCESSESSUBMODULE

AMMONIA PRODUCTION

WORKSHEET

2-6

SHEETCCO2 Emitted

D
CO2 Emitted(t)(Gg)

C = (A × B)

D = C/103

3 OF 3 NMVOC, CO AND SO2 EMISSIONSSTEP 3A
Amount of Ammonia
Produced(t)B
Emission Factor(kg pollutant/ tammonia produced)

C
Pollutant Emitted

D
Pollutant Emitted

(kg)

(Gg)

C = (A × B)

D = C/106

NMVOC

NMVOC

COCOSO2SO2Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:Workbook

2.67

INDUSTRIAL PROCESSESMODULESUBMODULENITRIC ACID PRODUCTION

WORKSHEET

2-7

SHEETA
Amount of Nitric
Acid Produced(t)2.68

INDUSTRIAL PROCESSESI OF 1 N2O AND NOx EMISSIONS
BEmission Factor(kg pollutant/t nitricacid produced)

C
Pollutant Emitted

D
Pollutant Emitted(kg)(Gg)

C = (A × B)

D = C/106

N2O

N2O

NOxNOx

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:Workbook

12

INDUSTRIAL PROCESSESMODULESUBMODULE
WORKSHEETSHEETA
Amount of Adipic
Acid Produced(t)INDUSTRIAL PROCESSESADIPIC ACID PRODUCTION
2-8
1OF 1 N2O, NOx , NMVOC AND CO EMISSIONS
BEmission Factor(kg pollutant / tadipic acidproduced)

C
Pollutant Emitted

D
Pollutant Emitted(kg)C = (A × B)

(Gg)
D = C/106

N2O
NOx
NMVOC
CORevised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

N2O
NOx
NMVOC
COWorkbook

2.69

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

CARBIDE PRODUCTION

WORKSHEET

2-9SHEET

1 OF 4 SILICON CARBIDE PRODUCTION - CO2 EMISSIONSSTEP 1A
Consumption Of
CokeB
Carbon Contentin Coke(t)(%)

CCarbon Input
Sequestered InProduct(%)

MODULEINDUSTRIAL PROCESSESSUBMODULE

CARBIDE PRODUCTION

WORKSHEET

2-9

SHEET

DCO2 Emitted

E
CO2 Emitted(t)(Gg)

D = A x B (100-C)
x 3.67x10-4

E = D/103

2 OF 4 SILICON CARBIDE PRODUCTION - TIER 1a - CH4 EMISSIONSSTEP 2A
Amount of Petrol
Coke Consumed(t)2.70

BEmission Factor(kg CH4 / t petrol cokeconsumed)

C
CH4 Emitted

DCH4 Emitted(kg)(Gg)

C = (A × B)

D = C/106

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:Workbook

12

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULECARBIDE PRODUCTION

WORKSHEET

2-9SHEET

3 OF 4 SILICON CARBIDE PRODUCTION - TIER 1b - CH4 EMISSIONSSTEP 3A
Amount of Silicon
Carbide Produced(t)B
Emission Factor(kg CH4 / t siliconcarbide produced)

MODULE

INDUSTRIAL PROCESSESSUBMODULE

CARBIDE PRODUCTION

WORKSHEET

2-9SHEETC
CH4 Emitted

DCH4 Emitted(kg)(Gg)

C = (A × B)

D = C/106

4 OF 4 CALCIUM CARBIDE PRODUCTION - CO2 EMISSIONSSTEP 4A
Amount of Carbide
Produced(t)B
Emission Factor(t CO2 / t carbideproduced)

CCO2 Emitted

D
CO2 Emitted(t)(Gg)

C = (A × B)

D = C/103

Total (Gg):

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

2.71

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION OF OTHER CHEMICALSWORKSHEET

2-10

SHEET

1 OF 5 CH4 EMISSIONSSTEP 1A
Amount ofChemical Produced

Chemical(t)B
Emission Factor

C
CH4 Emitted

D
CH4 Emitted(kg CH4 / t chemicalproduced)

(kg)

(Gg)

C = (A × B)

D = C/106

Total (Gg):

MODULE

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION OF OTHER CHEMICALSWORKSHEET

2-10

SHEET

2 OF 5 NOx EMISSIONSSTEP 2

ChemicalA
Amount ofChemical
Produced(t)B
Emission Factor

CNOx Emitted

DNOx Emitted(kg NOx / tchemical produced)

(kg)

(Gg)

C = (A × B)

D = C/106

Total (Gg):

2.72

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

12

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION OF OTHER CHEMICALSWORKSHEET

2-10

SHEET

3 OF 5 NMVOC EMISSIONSSTEP 3ChemicalA
Amount ofChemical
Produced(t)B
Emission Factor

C
NMVOC Emitted(kg NMVOC / tchemical produced)

D
NMVOC Emitted

(kg)

(Gg)

C = (A × B)

D = C/106

Total (Gg):

MODULE

INDUSTRIAL PROCESSESSUBMODULE

PRODUCTION OF OTHER CHEMICALSWORKSHEET

2-10

SHEET

4 OF 5 CO EMISSIONSSTEP 4

ChemicalA
Amount ofChemical
Produced(t)

B
Emission Factor

C
CO Emitted

D
CO Emitted(kg CO / t chemicalproduced)

(kg)

(Gg)

C = (A × B)

D = C/106

Total (Gg):

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

2.73

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULEPRODUCTION OF OTHER CHEMICALSWORKSHEET

2-10

SHEET

5 OF 5 SO2 EMISSIONSSTEP 5ChemicalA
Amount ofChemical
Produced(t)B
Emission Factor

CSO2 Emitted

DSO2 Emitted(kg SO2 / t chemicalproduced)

(kg)

(Gg)

C = (A × B)

D = C/106

Total (Gg):

2.74

Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

12

INDUSTRIAL PROCESSESMODULE

INDUSTRIAL PROCESSESSUBMODULEMETAL PRODUCTION

WORKSHEET

2-11SHEET

1 OF 11 TIER 1a - CO2 EMISSIONSSTEP 1A
Mass of Reducing
Agent(t)B
Emission Factor(t CO2/t reducingagent)

MODULEE
CO2 Emitted

(t)

(Gg)

D = (A x B) + C

E = D/103

INDUSTRIAL PROCESSESSUBMODULEMETAL PRODUCTION

WORKSHEET

2-11SHEETD
CO2 Emitted

C(Carbon content ofore minus carbon
content of metal) x
3.67(t CO2/t carbon)

2 OF 11 IRON AND STEEL - TIER 1b - CO2 EMISSIONSSTEP 2A
Amount of Iron or Steel
Produced(t)

MODULE

B
Emission Factor

C
CO2 Emitted

D
CO2 Emitted(t CO2/t of iron or steel
produced)(t)(Gg)

C = (A x B)

D = C/103

INDUSTRIAL PROCESSESSUBMODULEMETAL PRODUCTION

WORKSHEET

2-11SHEET

3 OF 11 IRON AND STEEL - NOx, NMVOC, CO AND SO2 EMISSIONSSTEP 3A
Amount of Ironor Steel Produced(t)B
Emission Factor(g gas/t of iron or steelproduced)D
Gas EmittedC
Gas Emitted
(g)

(Gg)

C = (A x B)

D = C/109

NOxNOxNMVOC

NMVOCCOCOSO2SO2Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories:

Workbook

2.75