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New EU Legislation on F- Gases –
motivation, objectives, impacts, innovation
Arno Kaschl European Commission – DG Climate Action Tel Aviv – 31 March 2014
New EU Legislation on F- Gases motivation, objectives, impacts, - - PowerPoint PPT Presentation
New EU Legislation on F- Gases motivation, objectives, impacts, innovation Arno Kaschl European Commission DG Climate Action Tel Aviv 31 March 2014 Climate Action Relevance of fluorinated gases (F-gases) Gas GWP (AR 4, 100 year) CO
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motivation, objectives, impacts, innovation
Arno Kaschl European Commission – DG Climate Action Tel Aviv – 31 March 2014
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Source: UNEP, 2011
Gas GWP
(AR 4, 100 year)
CO2 1 Methane 25 Nitrous Oxide 298 HFC 134a 1 430 HFC 404A 3 922 HFC 410A 2 088 HFC 125 3 500 PFC 14 7 390 SF6 22 800
Source: European Environmental Agency, 2014
http://www.eea.europa.eu/data-and-maps/indicators/emissions-and-consumption-of-fluorinated/assessment
Source: European Environmental Agency, 2014
http://www.eea.europa.eu/data-and-maps/indicators/emissions-and-consumption-of-fluorinated/assessment
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0% 20% 40% 60% 80% 100% 1990 2000 2010 2020 2030 2040 2050 0% 20% 40% 60% 80% 100% Current policy Power Sector Residential & Tertiary Non CO2 Other Sectors Industry Transport Non CO2 Agriculture
limited to 2°C
global effort is to reduce GHG emissions by 80-95% (1990- level)
F-gases are low-hanging fruits for mitigation Several suitable (safe, energy-efficient, cheap) low GWP alternatives available for most sectors Abatement costs are modest
40%
(2) MAC Directive
Also policies on ecodesign, ecolabelling, waste,…
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F-gas emissions in 1995-2050 without measures and the effects of the F-gas Regulation/MAC Directive
Legislation from 2006 can achieve a stabilization of emissions, reducing emissions by almost 50%
Not sufficient for EU climate goals, Roadmap New Fgas Regulation will decrease emission by >70 Mt CO2eq. (two-thirds of today!)
With existing '2006 F-gas legislation' & MAC Directive Without existing F-gas legislation Additional potential from New Fgas Regluation (2015+)
New Fgas Regulation from 2015 onwards
entrants reserve
European Parliament Council of the EU
754 Members Ministers from all directly-elected EU Member States
Political Agreement reached in December 2013 European Parliament adopted on 13 March 2014 Will be in force from May 2014, apply from 2015!
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Environment: By 2030 reduction of >70 Mt CO2
consistent with EU Low Carbon Economy Roadmap
Conservative estimation based on today's (2010) costs and availability of alternatives
safety/occupational/health risks.
European Commission, 2012, Impact Assessment
http://ec.europa.eu/clima/policies/f-gas/legislation/docs/swd_2012_364_en.pdf
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Summary expected emission reductions [Mt CO2 eq.]
Achieved (2010) Estimate 2020 Estimate 2030 Estimate 2050
Fgas Regulation 842/2006 4 33 80 42 MAC Directive 2006/40/EC 13 50 New Fgas Regulation (xxx/2014)
75 87 Σ 4 71 155 180
Cumulative emission savings by the new Fgas Regulation alone amount to 0.63 Gt by 2030, and 2.4 Gt by 2050. Total cumulative savings of all 3 pieces of legislation are estimated to be 1.5Gt by 2030, and >5Gt by 2050.
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EU-27 MACC emission reduction vs. WM scenario 2030
50 100 150
20,000 40,000 60,000 80,000 ktCO2eq € / tCO 2eq
Marginal abatement cost curve
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Detailed economic modelling
higher energy efficiency of alternatives)
Different market players:
F-gas producers, equipment manufacturers, importers/ exporters, service companies, end users..
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equipment ("green growth")
Investment costs occur only at end-of-life Burden on retailers (SMEs and micro-enterprises) is kept low
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higher use of AC equipment
importers no trade barriers
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RAC Market
% 2010 HFC Demand
Approximate GWP Threshold for New Product Ban Restrictions in EU legislation 150 700 1400 2500
Refrigeration
Domestic refrigeration 0.2%
banned from 2015 (GWP>150)
Commercial Small Hermetic 0.2%
banned from 2020 (>2500) and 2022 (>150)
Commercial Condensing Units 4%
banned from 2020 (>2500)
Commercial Multipack 33%
banned from 2020 (>2500) and 2022 (>150) [allowing cascades with GWP<1500]
Transport Refrigeration 1% Industrial Small / Medium DX 8%
banned from 2020 (>2500)
Industrial Large DX 3%
banned from 2020 (>2500)
Industrial chillers 1%
banned from 2020 (>2500)
Industrial flooded 0.1%
banned from 2020 (>2500)
Key to Traffic Lights
Ban suitable (but may need small number of exemptions in some sectors) Ban may be suitable for part of sector, but more commercial development needed Ban not suitable at this time
Based on work by SKM Enviros
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For smaller equipment (e.g. domestic fridges, standalone units), suitable alternatives are fully available, e.g. hydrocarbons are a safe, more energy-efficient alternative
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Source: Shecco
Source: Shecco
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For larger commercial refrigeration, R404a is not cool anymore! R404a has GWP of almost 4000 There are more energy-efficient options (less costs for endusers!) with lower GWP available, e.g.
(supermarkets in UK do it voluntarily!)
Source: Shecco
Source: Shecco
Based on work by SKM Enviros
RAC Market
% 2010 HFC Demand
Approximate GWP Threshold for New Product Ban Restrictions in EU legislation 150 700 1400 2500
Air-Conditioning and Heat Pumps
Small portable units 1%
banned from 2020 (<150)
Split systems 20%
banned from 2025 (<750)
Packaged systems 0.4% VRF systems 2% Small and medium chillers 6% Large chillers 2% Domestic hydronic heat pumps 1% Other heat pumps 1% MAC: cars and vans 10%
banned via MAC Directive (2011 for new car types, 2017 for new cars)
MAC: large vehicles 7% Key to Traffic Lights
Ban suitable (but may need small number of exemptions in some sectors) Ban may be suitable for part of sector, but more commercial development needed Ban not suitable at this time
Based on work by SKM Enviros
RAC Market
Approximate GWP Threshold for New Product Ban
Restrictions in EU legislation
150 700 1400 2500
Foams XPS banned from 2020 (>150) Others incl. PU banned from 2023 (>150) Aerosols For novelty use banned from 2009 (>150) For technical use banned from 2018 (>150) Fire protection HFC-23 banned from 2016
Key to Traffic Lights
Ban suitable (but may need small number of exemptions in some sectors) Ban may be suitable for part of sector, but more commercial development needed Ban not suitable at this time
(2007)
appropriately certified
with >2500 (2020)
collaborations to achieve faster reductions of HFC consumption
There is a unique window to save money and effort by acting now, by (i) reducing existing use of HFCs, and (ii) using low-GWP alternatives when replacing
Phasing Down of HFCs under the Montreal Protocol
implementation under MP for the same industry sectors
GWP HFCs are phased in first
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Modified from:
It`s a time machine that we hope will take us back 50 years when we should have taken effective and cost-efficient measures…
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Refrigeration and Air conditioning applications
http://www.afce.asso.fr/en-france/copy-of-etude-sur-les-alternatives-aux-hfc-a-fort-gwp
Fgas Regulation
http://ec.europa.eu/clima/policies/f-gas/docs/2011_study_en.pdf
(Technical paper for European Commission)
Assessment of Implications for the RAC Sector
http://ec.europa.eu/clima/policies/f-gas/legislation/docs/swd_2012_364_en.pdf
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http://ec.europa.eu/clima/news/articles/news_2014031201_en.htm http://ec.europa.eu/clima/policies/f- gas/legislation/docs/fluorinated_greenhouse_gases_en.pdf http://ec.europa.eu/clima/policies/f-gas/legislation/documentation_en.htm