1. J. Cofala Z. Klimont CIAM/IIASA
Data on Emission Control Options for
Integrated Assessment of Air Pollution
User’s perspective 

2. Role of EGTEI
Collect information on control options and their costs at a detailed enough level to be acceptable and transparent for national experts
Present it in a user-friendly way
Agree on aggregation to the level suitable for integrated assessment models like RAINS
Develop rules and a tool for data aggregating
Review data collected

3. Role of EGTEI Focus on priority sectors as needed for IAM !!!
EGTEI does not need to:
Collect data on each plant in each country
Calculate emissions of pollutants
Analyze scenarios of emissions reduction

4. Priority sectors
NMVOC emission sources covered by the Solvent Directive
Paint use
Industrial processes (stress on PM controls)
Small boilers in the residential and commercial sector (PM from wood combustion)
Off-road sector
Industrial combustion

5. Approach

6. Tasks for priority sectors
Link each sector to the NFR nomenclature
Select activity indicator
Select a list of representative reference installations (RI)
Select for each RI a list of representative control technologies (CT)
Describe the RI
Estimate parameters for each CT, including uncertainty ranges
Provide data on applicability and application rate of each CT in a given country in the base year (2000) and the rates up to 2020

7. Description of RI Capacity, lifetime, plant factor
EU pollution control legislation
Energy/product flows
Type of emission controls assumed to be already included in the installation
Parameters used for calculating the emission factors for the RI

8. Parameters for control technologies
Abated emission factor or abatement efficiency
Cost parameters (in base year prices -2000)
Capital investments
Operating and maintenance
Fixed (as percentage of investments per year)
Variable (depending on the actual utilization of the plant)
Applicability values

9. Parameters for variable costs
Depend on type of measure (technology), e.g.:
Add-on controls on energy-related emissions
Labor demand, extra energy use, sorbent demand, catalyst demand, waste disposal 
Measures depending on fuel switching and energy efficiency:
Labor demand, substitution ratio (GJ “new” fuel/GJ fuel replaced),
Fuel saved, change in the consumption of electricity and other materials
Measures in transport depending on switch to a different transport mode need different parameters!!!

10. Types of parameters Common
EGTEI needs to agree which parameters should be treated as common for all countries and propose values based on national inputs
Country-specific
Default values can be modified by national experts

11. Conclusions
Background documents fulfill many of those requirements but:
Changes/extensions needed
For each sector decisions need to be made which parameters are country-specific
Software tool needs to be flexible to handle differences in approach to different sectors and control options
Because of resource and time constraints, focus on priority sectors