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4 th UNI-SET Energy Clustering Event Universities in the Energy Transition: Focus on Sustainable Transport and Carbon Capture, Storage and Use Imperial College London, 27-28 March 2017 Berta Matas Gell EERA Joint Programme Bioenergy

  1. 4 th UNI-SET Energy Clustering Event Universities in the Energy Transition: Focus on Sustainable Transport and Carbon Capture, Storage and Use Imperial College London, 27-28 March 2017 Berta Matas Güell EERA Joint Programme Bioenergy Management Board Member

  2. Bioenergy – new challenges Bioenergy in the context of future energy mix including hybrid technologies

  3. Bioenergy – new challenges Bioenergy in the context of the biorefinery production and bioeconomy

  4. THE NEW SET -PLAN: PRIORITIES Dec 2014 Feb 2015 = Sep 2015 New R&I activities

  5. European Energy Research Alliance • The key actor in European energy R&D • EERA strengthens and expands Europe’s capabilities in sustainable energy research by connecting European energy research activities • A cornerstone of the European Strategic Energy T echnology Plan (SET -Plan) • Bringing together 175+ research organisations • 17 Joint Programmes • Covering 24 EU member states + Turkey, Norway and Switzerland • Approx. 90% participation in FP7 projects in energy • Collaborating with European industry through European T echnology Platforms, European Industrial Initiatives and other partnerships • Promoting national research alliances with a track record of 7 national alliances • Global outreach

  6. European Energy Research Alliance MATERIALS TECHNOLOGIES SYSTEMS AMPEA Advanced Fuel Cells Energy Smart Materials Bioenergy and and Storage Cities Hydrogen Processes for Energy Energy Application efficiency Materials Smart Wind in for Geothermal Grids Energy Industrial Nuclear Processes Carbon E3S CSP Ocean Capture Economic, Concentrated environmenta Energy and Solar Power l and social Storage impacts Energy PV System Shale Gas Photovoltaic Integration Solar Energy

  7. EERA JP Bioenergy – Objectives • Overall objectives • ALIGN research activities at EERA JP bioenergy institutes to give a technical-scientific basis to further development of advanced bioenergy routes and to promote the possibilities for joint technology development, in order to contribute to accelerate the objectives of the Set Plan • ALIGN research national agendas within bioenergy • ALIGN research activities at EERA JP bioenergy institutions with industrial priorities EC JP SET -Plan Industry Bioenergy MS

  8. EERA JP Bioenergy – Current focus areas ENERGY MIX Bio BIOECONOMY BIOREFINERIES

  9. EERA JP Bioenergy – Current focus areas Joint Programme Number of participants: 37 Steering JP Coord: J. Carrasco – CIEMAT Committee Number of universities: 11 Number of countries : 18 Joint Programme Management SP1 Coord: J. Kiel – ECN Board SP2 Coord: F. Girio - LNEG SP4 Coord: J. Tayeb- INRA Joint Programme SP5 Coord: B. Matas-Güell - SINTEF Secretariat SP1 SP2 SP4 SP5 Thermochemical Biochemical Feedstock Stationary Platform Platform Bioenergy production and sustainable biomass Residential heating Process for Biomass upgrading Cell factories and cooling Agro and forest biomass defining new DoW Biomass Gasification Industrial CHPC deconstruction Alternative carbon started! sources Gas cleaning and Hemicellulose and Multifuel processing lignin operation Sustainability schemes System studies

  10. EERA JP Bioenergy – Partners

  11. Universities @ EERA JP Bioenergy • PARTICIPANTS (3) • KIT - The Research University in the Helmholtz Association (Germany) • ASTON UNIVERSITY - UKERC (United Kingdom) • WUR. Wageningen University & Research (The Netherlands) • ASSOCIATES (7) • Department of Energy T echnology - Aalborg University (Denmark) • IFK Stuttgart. Institute of Combustion and Power Plant T echnology – Universität Stuttgart (Germany) • NTUA. The National T echnical University of Athens (Greece) • UNIBO. Universitá di Bologna (Italy) • Università degli Studi di Padova (Italy) • Università degli Studi di Perugia - CRB - Biomass Research Centre (Italy) • VŠB. T echnical University of Ostrava (Czech Republic)

  12. EERA JP Bioenergy – Process for DoW 2018-2020 Improve internal Increase alignment and International level of Maximise projection integration of assessment activities capacity Optimise the use Align to New Set Plan H2020 and of capacities and to national and synergies in the JP stakeholder priorities Increase JP impact as a tool to assess and develop research priorities in the Set plan and Define priority H2020 interface activities in Create Biorefineries and professional hybrid RES image technologies

  13. EERA JP Bioenergy – Process for DoW 2018-2020 SP1 WG SP2 WG SP4 WG SP5 WG HWG Phase 1 -Working groups established - Co-ordinated working programme HGW andWGs and final working calendar defined Phase 2 - Mapping of JP participants, expertise, infrastructures and interests - Priorities in interfaces on hybrid RESTechnologies and Bio-based economy fields -Value chains andTechnologies assessment. - Co-operation areas/activities among SPs Phase 3 Structure and priority activities of the JP defined - First JP 2018-2020 DoW draft. Integrated version of theWGs - Phase 4 Comments to DoW by all JP participants and final draft. - JP 2018-2020 DoW draft approval - Phase 5 Editing and publication of Bioenergy Global view paper. -

  14. T ools to achieve EERA JP Bioenergy's objectives Expressions of interest Workshops

  15. Alignment – EC/MS • Contribution to Issue Papers on renewable fuels (#8) • Workshop on the preparation for Issue Papers on bioenergy - prior issuing ! • Close dialogue with the EC and European industrial associations

  16. Alignment – Industry • Arrangement of dedicated workshops in existing international events

  17. Project proposals 2016 as a result of Workshops Proposals submitted Call EERA Bio RTO & Total number (Acronym/Coordinator) Parters Univ. of partners BIORAV/LNEG (JP member) LCE-6 5 6 12 FLAME/WFBR (JP member) LCE-6 6 6 6 HTFLEX/CEA (JP member) LCE-8 4 7 12 ECOFUELS/LTU (Non JP member) LCE-8 2 3 8 ALG-Ternative/LNEG(JP member) LCE-8 5 8 12 Granted BECOOL/Unibo (JP member) LCE-22 4 8 14 Granted AMBITION/SINTEF (JP member) LCE-33 8 8 8 BIOMGRIDS/CIEMAT (JP member) LCE-33 8 7 8 Granted BRISK II/KTH (non JP member) INFRAIA01 7 15 15

  18. AMBITION Advanced biofuel production with energy system integration

  19. THANK YOU Berta.guell@sintef.no

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