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Central Emission System Federal Environmental Agency / Dep. I 2.6 - Emissionssituation Emission reporting: requirements, estimations and tools Dr. Kevin.

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Presentation on theme: "Central Emission System Federal Environmental Agency / Dep. I 2.6 - Emissionssituation Emission reporting: requirements, estimations and tools Dr. Kevin."— Presentation transcript:

1 Central Emission System Federal Environmental Agency / Dep. I 2.6 - Emissionssituation Emission reporting: requirements, estimations and tools Dr. Kevin Hausmann

2 Central Emission System UBA M ai/Juni Action plan Several solutions (good practices ?) no hope ? generate « good » data launch inquiries collect new data more in-depth investigation, or search for new method start again hunt out confidential data external experts report (NIR) UNFCCC UNECE EC / EEA etc. Reviews spend long nights data treatment results OK ! Authority Engineers (experts !) Copyright: Jean-Pierre Fontelle

3 Central Emission System Requirements (a practical approach)

4 Central Emission System 1.Estimate emissions 2.Put the correct number into the right cell of the NFR templates 3.Describe calculation in IIR 4.Submit to UNECE/CLRTAP by 15 th of February (data) and 15 th of March (report) http://www.ceip.at

5 Central Emission System

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7 Submit to the EIONET Central Data Repository http://cdr.eionet.europa.eu and Send notification form to CEIP and UNECE secretariat

8 Central Emission System Technical Requirements High number of values in many timeseries Extensive calculation scripts Complex reports and analysis Automatic data transfer with other software Concurrent users Recalculation, access control, documentation, data history, quality control  Excel won‘t do

9 Central Emission System Estimation

10 Central Emission System Tier I: Simple method Tier II: Advanced method Tier III: Detailed method Guidebook http://www.eea.europa.eu/themes/air/emep-eea-air-pollutant-emission-inventory-guidebook/emep

11 Central Emission System Tier I: Simple method AD x EF Pollutant = EM Pollutant 2000 [tons of steel] x 4.6 [g lead per t steel] = 9.2 [kg of lead]

12 Central Emission System Tier II: Advanced method AD Tech1 x EF Tech1, Pollutant = EM Tech1, Pollutant AD Tech2 x EF Tech2, Pollutant = EM Tech2, Pollutant … (TechX = Sinter, Pig Iron, Stellmaking etc.) Tier III: Detailed method Use facility data

13 Central Emission System What method (Tier I - III) do I choose? Use the decision tree in the Guidebook, most of the time key category sources require higher tiers!

14 Central Emission System

15 Finished? Wait! There is more: Projections Recalculation Uncertainties Spatial Mapping (aka Gridding) …

16 Central Emission System Tools

17 Central Emission System Excel/Access Collecter/Reporter – http://www.air.sk/en/corinair.php http://www.air.sk/en/corinair.php MESAP – http://www.seven2one.de http://www.seven2one.de Self-build solution

18 Central Emission System

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21 Situation in Germany

22 Central Emission System Assessment, Aggre- gation and Analysis Activity data, Emissionfactors UNFCCC CRF Tables UNECE/ NFR Tables National Reports Energy Transport Industry Agriculture LULUCF Waste MESAP Information System Setup I DataHandlingAnalystCalQlator CES Database AD x EF Pollutant = EM Pollutant

23 Central Emission System Grid data Surrogate Data Gridding Tool MESAP CRF Reporter Setup II TREMODBEU Excel Reports CES Statistics, Associations etc.

24 Central Emission System Timeseries Multi-dimensional key (categorisation) Data DEmissionCO2PKWOK Gg 12'2589'9537'818 2005 20062010 aREF Specific. 24'51426'48428'018 Area Data type Pollutant Material Technique


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