Dinner Debate CEWEP 28 February 2017 EP Brussels Eva Hoos C1 - - - PowerPoint PPT Presentation

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Dinner Debate CEWEP 28 February 2017 EP Brussels Eva Hoos C1 - - - PowerPoint PPT Presentation

CLEAN ENERGY FOR ALL EUROPEANS Dinner Debate CEWEP 28 February 2017 EP Brussels Eva Hoos C1 - Renewables and CCS Policy European Commission DG ENERGY 1 #EnergyUnion CLEAN ENERGY FOR ALL EUROPEANS Waste-to-Energy: Key principles


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CLEAN ENERGY FOR ALL EUROPEANS

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Dinner Debate CEWEP 28 February 2017 EP Brussels

Eva Hoos C1 - Renewables and CCS Policy European Commission – DG ENERGY

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Waste-to-Energy: Key principles Residual non-recycable waste can be a source of primary energy saving and renewable energy if used for highly efficient energy recovery through:

 High-efficiency cogeneration (and trigeneration)  Efficient district heating & cooling networks  Waste reprocessing into solid, liquid & gaseous fuels that can be used through e.g. high-efficiency cogeneration, heat pumps and other advanced high efficiency technologies

to produce heat/cold & power

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Final energy consumption for heating and cooling (2012)

46,5 63,6 233,9 20,4 69,3 40,3

2,6 0,3

61,9 0,1 1,7 7,0 0,0

TOTAL: 547.6 Mtoe – all sectors

Coal Fuel oil Natural gas Other fossil fuels Electricity District heating Waste non.res. Waste RES Biomass Geothermal Solar energy Ambient heat TOTAL Other RES

Waste non-RES: 2.6 Mtoe or 0.5% Waste RES: 0.3 Mtoe or 0.1% District Heat: 40.3 Mtoe or 7.4% Out of which Non-RES waste: 4% RES Waste: 3.1% Source: Mapping and analyses of the current and future (2020 - 2030) heating/cooling fuel deployment (fossil/renewables), N°ENER/C2/2014-641

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Key principles supported in the Energy Efficiency Directive and the Renewable Energy Directive I&II

Energy Efficiency Directive:

 Comprehensive Assessment of

HE CHP and EDHC potentials based

  • n

CBA methodology (Art. 14, Annex VIII, IX)  Mapping of potential heating & cooling supply points, incl. waste incineration plants  Integrated approach, national, regional and local geographies  If economic potential, MS must take measures to develop it

  • Renewable Energy Directive:

 Planning, building, renovating urban, industrial and residential areas and energy infrastructures, i.e. electricity, DHC, gas, alternatives (Art.15)  RES H&C increase endeavour requirement of 1 ppt/year (Art. 23)  District heating, cooling (Art. 24)  RES waste, advanced biofuels and waste based fuels

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Key principles applicable for waste-to-energy Clean Energy Package, Energy Union, Energy Efficiency Directive, Renewable Energy Directive (RED I and RED II)

Efficient district heating and cooling is an enabler of renewable energy and energy efficiency and a tool to mainstream renewables and energy efficiency in heating and cooling Waste-to-energy:  To be connected to district heating and cooling network  To use high-efficiency cogeneration and other efficient technologies  To be developed within an integrated energy approach, including at local and regional levels, which aims to:  Utilise local renewable and other sustainable energy resources  Optimising the use of local energy and other resources  Primary energy savings and GHG reductions  Supply security and stable competitive energy prices  Local jobs  Empowerment of consumers  Energy communities

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THANK YOU!

Eva Hoos Eva.Hoos@ec.europa.eu