clean air for europe tfiam conference small scale combustion installation amiens may 2004 andré...
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Clean Air for Europe
TFIAM ConferenceTFIAM Conference
Small scale combustion installation Small scale combustion installation
AMIENS May 2004AMIENS May 2004
André Zuber & Michel Sponar André Zuber & Michel Sponar
European Commission European Commission
Clean Air for Europe
SCI’s : a complex realitySCI’s : a complex reality
Definition: all installations not covered by LCP and IPPC
directive meaning all installations < 50MW not regulated at
EU level
Includes different:
Sectors: residential, commercial, industrial
Technologies/Fuels: gas, oil, coal, wood..
Country specific situations
According to preliminary baseline, SCI’s = important
source of emission
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Actions in CAFEActions in CAFE
1. Development of the baseline: IIASA
2. JRC research: improvement in the knowledge of emission
factors: analysis of the emissions of different combination
of fuel/technologies
3. Emerging technology in industry: contract with
IFARE/UBA Austria, covers industrial SCI’s
4. City Delta: relative importance of SCI’s emission in urban
zones
5. Specific contract: AEAT - “ Cost and environmental
effectiveness of reducing air pollution for SCI’s”
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AEAT studyAEAT studyTask 1 : Existing
Inventories
Task 2 :Assessment of
Existing Measures
Task 3 : Inventoryof New andEmerging
Technologies
Task 5 : StakeholderConsultation
Task 4 : Selectionof Most Feasible
Measures andEmerging
Technologies
Measures
Data
Gath
erin
g
Consultation
Analysis
Cafe SteeringGroup
Working Group onTarget Setting &
Policy Assessment
Report
Database
Clean Air for Europe
Data flows
Data Flow Deliverables
Measures
TechnologiesReview &Analysis
DataGathering
RAINS
EGTEI
StakeholderConsultation
NEC
CLRTAP
MSC-E
EU Studies
Country CaseStudies
List of Technologies
List of Measures
Data for RAINS
Report
Clean Air for Europe
Task 1: Emission inventory
Objective:Objective: Compare emissions with other sectors, identify the main contributor in the sector
“Measure oriented“ – not academic
Method:Method: C Comparison of existing inventories, additional expert consultations
Expected output:Expected output:Analyse of past and projected emissions, priority order
for action in sub-sectors
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Task 2: Existing and planned measures
Objective:Objective: Make an inventory of existing and planned
measures and analyse/compare their effectiveness
Method:Method: Literature review, stakeholder/expert consultation, , analysis of emission trends
Expected output:Expected output: Typology of measures, associated costs and emission reduction, identification of effective measures
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Task 3: Emerging Technologies
Objective:Objective: Description of new and emerging technologies (non industrial) and analyse their potential development
Method:Method: Basis: RAINS/EGTEI, stakeholder/expert consultation-opinion, literature review
Expected output:Expected output: Inventory of emerging technologies, associated costs and emission reduction potential, assessment of penetration
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Task 4: Feasibility of measures
Objective:Objective: Development of practical policy
options/measures to reduce emissions from SCI’s
Method:Method: Identification with Commission of most
promising measures, in depth assessment of
costs/effectiveness and feasibility
Expected output:Expected output: List of measure to be considered in the
thematic strategy
0% 5% 10% 15% 20%
SO2
NOx
PM10
NMVOC
NH32000
1995
1990
Inventories: first results Inventories: first results (% of total (% of total emissions, source: AEAT)emissions, source: AEAT)
Inventories: first results Inventories: first results (PM 2.5, (PM 2.5, % of total emissions, source: AEAT)% of total emissions, source: AEAT)
0%
5%
10%
15%
20%
25%
30%
PL FR NO GB DE SE FI CZ IT PT LT AT HU GR IE LV SK SL NL EE DK BE ES CH LU
Residential_Solid_fuels Total Residential_Liquid_Fuels Total Residential_Gaseous_fuel Total Residential_Biomass Total Comm-Institut_Solid_fuels Total Comm-Institut_Liquid_Fuels Total Comm-Institut_Gaseous_fuel Total Comm-Institut_Biomass Total AFF_Solid_fuels Total AFF_Liquid_Fuels Total AFF_Gaseous_fuel Total AFF_Biomass Total
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Preliminary conclusions from Preliminary conclusions from projections/inventoriesprojections/inventories
PM10 and PM2.5: Residential biomass and solid fuel burning
are the main contributors, significant proportion of the
national totals. PM from solid fuel will decrease in the
future contrary to biomass
SO2: Residential combustion of liquid fuels and solid fuels
and commercial/institutional liquid fuel are the main SO2
sources. Strong decrease expected in the future, main
drivers: S contents legislation, decrease of solid fuel use
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Preliminary conclusions from Preliminary conclusions from projections/inventoriesprojections/inventories
NOx: Residential and commercial natural gas use significant
source as well as use of light fuel oil. No significant
reduction expected in the future due to increase use of gas
and fewer abatement techniques available
NH3: Residential biomass and solid fuel burning are main
sources but contribution to national total is relatively small
NMVOCs: Residential biomass and solid fuels dominates as
non-industrial SCI emission sources of NMVOCs. Similar
evolution expected then PM due to biomass
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Potential measures: Potential measures: First ideasFirst ideas
Final measures will depend on cost/benefits, feasibility, Final measures will depend on cost/benefits, feasibility,
subsidiarity…. subsidiarity….
Extension of the scope of existing EU legislation: IPPC with
development of new BREF’s, and/or LCP below 50 MW
Ban on use of certain types of fuels in most “sensitive”
areas (cities, industrial hot-spots)
Specific programmes in the structural funds helping for
fuel switching and energy efficiency
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Potential measures: Potential measures: First ideasFirst ideas
Use of economic instruments (e.g. Acid Rains programmes
in the US up to 25 MW, EU CC emission trading up to 20
MW)
New product standards for new boilers under the new
directive on energy efficiency and/or new labelling policies
New maintenance/inspection obligations
New fuel standards
Thank you for your attention