© ekonerg | preparation of croatian annual emissions inventory report davor vešligaj, iva Švedek...
TRANSCRIPT
© EKONERG | www.ekonerg.hr
Preparation of Croatian Annual Emissions Inventory Report
Davor Vešligaj, Iva Švedek EKONERG | Atmospheric Protection Department
AMGI/EURASAP Workshop, 25.05.07.
© EKONERG | www.ekonerg.hr
Contents
• History
• Organizational framework
• Methodologies for emissions estimation
• Emission data and trends – SO2, NOx, NMVOC, NH3
• Recommendations for inventory improvement
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History – brief overview
• 1st Emission Inventory Report for 1990, prepared in 1996 in the framework of CORINAIR90 project
• From 1998 onward - regular annual reporting in the framework of CLRTAP
• Period covered – 1990 – 2004
• Report for 2005 – in final phase
• Preparation on contractual basis
• EKONERG - 7 experts involved on sectoral basis
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Organizational framework
• Ministry of Environmental Protection, Physical Planning and Construction – CLRTAP national focal point
• Croatian Environment Agency – inventory agency
• EKONERG – executing agency
• Key data providers – Central Bureau of Statistics, Energy Institute Hrvoje Požar, Croatian Environment Agency (KEO), Ministry of Interior, Individual operators
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Methodologies for emissions estimationThe goal of EMEP/CORINAIR methodology is to provide a complete, consistent, comparable and transparent air pollutant emission inventory
Two approaches were applied:
1. "Bottom-up" approach – used for point sources emission calculation
2. "Top-down" approach – based on aggregated data (energy balance and statistical data)
Software system package for air emission inventories is The Air Emission Data Exchange Module (AE-DEM software)
AE DEM was developed by the European Environment Agency (EEA) and the European Topic Centre on Air and Climate Change (ETC/ACC)
AE-DEM software was developed for sectoral emissions estimation (EstimatER), for the preparation of National emission Inventory (CollectER) and for the preparation of Reports (ReportER) in appropriate format
The key elements of the National Emission Inventory System (NEIS)
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Methodologies for emissions estimationThe AE-DEM software provides air emission calculation divided in 11 sectors, 75 sub-sectors and more than 400 activities, following the SNAP 97 nomenclature of EMEP/CORINAIR methodology
main sectors:
1. Combustion in energy transformation industry
2. Non-industrial combustion plants
3. Combustion in manufacturing industry
4. Production processes
5. Extraction and distribution of fossil fuels and geothermal energy
6. Solvent and other product use
7. Road transport
8. Other mobile source and machinery
9. Waste treatment and disposal
10.Agriculture
11.Other source and sinks
For energy sectors, activity measure in particular sectors (1,2,3,5,7 and 8) is fuel consumption (coal, crude oil, fuel oil, natural gas) and/or sub-sectors
The activity measure in non-energy sectors is production in sub-sector for which emission is given, for example production of some industry product and amount of waste, number of cattle (sectors 4,6 9,10,11)
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Methodologies for emissions estimationThe main activity and emission data
Sector The Sources of data and activity data Emission calculation
Energy Energy balance (Energy Institute "Hrvoje Požar" - EIHP) Polution Emission Register (CEA) Data from industry
EKONERG,Legal entity, stationary sources ovners and/or users
Transport Vehicle Center of Croatia (CVH) Republic of Croatia – Central Bureau of Statistics (CBS)
EKONERG
Industry
Production in Industry, annual report - PRODCOM (Republic of Croatia – Central Bureau of Statistics CBS) Energy balance (Energy Institute ‘’Hrvoje Požar" - EIHP) Informations directly from industry
EKONERG,Legal entity, stationary sources ovners and/or users
Solvent and other product use
Vehicle center of CroatiaCentar za vozila Hrvatske (CVH) Production in Industry, annual report - PRODCOM (Republic of
Croatia – Central Bureau of Statistics, CBS)EKONERG
Agriculture
Informations directly from industry about invoiced amount of mineral fertilizers (PETROKEMIJA d.d.) IFADATA BANK Statistical Yearbook RH – agriculture, hunt, forestry (Republic of
Croatia – Central Bureau of Statistics CBS)
EKONERG
Otpad Polution Emission Register (CEA) EKONERG
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Emission data and trends – SO2
Emissions SO2, the year 2004 t/yr Share %
Combustion in energy transformation industry 25.655,0 42,5
Non-industrial combustion plants 5.524,9 9,2
Combustion in manufacturing industry 12.558,5 20,8
Production processes 6.57,.5 10,9
Extraction and distribution of fossil fuels and geothermal energy 0 0
Solvent and other product use 0 0
Road transport 7.313,8 12,1
Other mobile source and machinery 2.720,0 4,5
Waste treatment and disposal 0,9 0
Agriculture 0 0
Other source and sinks 0 0
TOTAL 60.349 100
Emissions in relation to population kg/citizen 13,6
Emissions in relation to area kg/km2 1.066
Emissions in relation to GDP. g/US$ 1,76
Stationary energy sectors have a great contribution to the national total of SO2 emission, and sector 01 - Combustion in energy transformation industry has the greatest share in it (42.5% of the national total)
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Emission data and trends – SO2
1990
45,5%
31,6%
12,7%
0,4%2,6%
4,8%
2,5%
2004
42,5%
20,8%
4,5%
10,9%
12,1%
9,2%0
15.000
30.000
45.000
60.000
75.000
90.000
105.000
120.000
135.000
150.000
165.000
180.000
1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004
t SO2/year
SEKTOR 01 SEKTOR 02 SEKTOR 03
SEKTOR 04 SEKTOR 05 SEKTOR 06SEKTOR 07 SEKTOR 08 SEKTOR 09
SEKTOR 10 Protokol za SO2 MPME Protokol
Protocol onFurther Reduction of Sulphur Emissions (117.000 kt)
MPME protocol (70.000 kt)
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Emission data and trends – NOX
Emissions NOX, the year 2004 t/yr Share %
Combustion in energy transformation industry 11.196,2 16,2
Non-industrial combustion plants 3.899,2 5,7
Combustion in manufacturing industry 6.334,2 9,2
Production processes 2.131,7 3,1
Extraction and distribution of fossil fuels and geothermal energy 0 0
Solvent and other product use 0 0
Road transport 27.553,4 40,0
Other mobile source and machinery 17.035,8 24,7
Waste treatment and disposal 25,3 0
Agriculture 726,8 1,1
Other source and sinks 0 0
TOTAL 68.903 100
Emissions in relation to population kg/citizen 15,5
Emissions in relation to area kg/km2 1.217
Emissions in relation to GDP. g/US$ 2,01
Stationary energy sectors have a great contribution to the national total of SO2 emission, and sector 01 - Combustion in energy transformation industry has the greatest share in it (42.5% of the national total)
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Emission data and trends – NOX
1990
5,4%
12,2%
2,4%
15,7%24,6%
0,7%
38,1%
2004
5,7%
9,2%
3,1%
16,2%24,7%
40,0%
1,1%
0
10.000
20.000
30.000
40.000
50.000
60.000
70.000
80.000
90.000
100.000
1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004
t NOx/year
SEKTOR 01 SEKTOR 02 SEKTOR 03SEKTOR 04 SEKTOR 05 SEKTOR 06SEKTOR 07 SEKTOR 08 SEKTOR 09SEKTOR 10 MPME protokol (87.000)
MPME Protocol (87.000 kt)
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Emission data and trends – NMVOCEmissions NMVOC, the year 2004 t/yr Share %
Combustion in energy transformation industry 293,4 0,3
Non-industrial combustion plants 6.637,5 7,2
Combustion in manufacturing industry 507,1 0,6
Production processes 8.723,5 9,5
Extraction and distribution of fossil fuels and geothermal energy 7.161,3 7,8
Solvent and other product use 45.918,0 49,9
Road transport 19.059,2 20,7
Other mobile source and machinery 3.673,7 4,0
Waste treatment and disposal 1,1 0
Agriculture 0 0
Other source and sinks 0 0
TOTAL 91.975 100
Emissions in relation to population kg/citizen 20,7
Emissions in relation to area kg/km2 1.625
Emissions in relation to GDP. g/US$ 2,68
Stationary energy sectors have a great contribution to the national total of SO2 emission, and sector 01 - Combustion in energy transformation industry has the greatest share in it (42.5% of the national total)
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Emission data and trends – NMVOC
0
10.000
20.000
30.000
40.000
50.000
60.000
70.000
80.000
90.000
100.000
110.000
120.000
1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004
t NMVOC/year
SEKTOR 01 SEKTOR 02 SEKTOR 03SEKTOR 04 SEKTOR 05 SEKTOR 06SEKTOR 07 SEKTOR 08 SEKTOR 09SEKTOR 10 MPME protokol (90.000)
MPME Protocol (90.000 kt)
2004 4,0%7,2%
9,5%
0,6%0,3%
49,9%
7,8%
20,7%
1990
23,9%
0,6%
9,0%2,9% 0,3%
35,2%
4,2%23,9%
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Emission data and trends – NH3
Emissions NH3, the year 2004 t/yr Share %
Combustion in energy transformation industry 11,9 0
Non-industrial combustion plants 122,6 0,3
Combustion in manufacturing industry 32,0 0,1
Production processes 3.331,1 7,5
Extraction and distribution of fossil fuels and geothermal energy 0 0
Solvent and other product use 0 0
Road transport 612,8 1,4
Other mobile source and machinery 2,4 0
Waste treatment and disposal 0 0
Agriculture 40.050,8 90,7
Other source and sinks 0 0
TOTAL 44.164 100
Emissions in relation to population kg/citizen 9,9
Emissions in relation to area kg/km2 780
Emissions in relation to GDP. g/US$ 1,29
Stationary energy sectors have a great contribution to the national total of SO2 emission, and sector 01 - Combustion in energy transformation industry has the greatest share in it (42.5% of the national total)
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Emission data and trends – NH3
0
5.000
10.000
15.000
20.000
25.000
30.000
35.000
40.000
45.000
50.000
55.000
60.000
1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004
t NH3/god
SEKTOR 01 SEKTOR 02 SEKTOR 03SEKTOR 04 SEKTOR 05 SEKTOR 06SEKTOR 07 SEKTOR 08 SEKTOR 09SEKTOR 10 MPME protokol (30.000 kt)
MPME Protocol (30.000 kt)
19900,3% 5,2%
0,1%
94,3%
0,1%
20047,5%0,3%
0,1%
1,4%
90,7%
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Recommendations for improvements
• Multi-year emissions inventory programmes instead of annual contracts
• Development of QA/QC plan and procedures
• Data flow
• Peer reviews
• Meeting reporting deadlines
• Transfer of knowledge and good practice