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A EUREKA initiative for Low-Carbon Energy Technologies

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A EUREKA initiative for Low-Carbon Energy Technologies

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    1. a EUREKA initiative for Low-Carbon Energy Technologies

    3. EUROGIA+ : Mission

    4. Towards the 3rd industrial revolution? As demonstrated by the economist Jeremy Rifkin, the third industrial revolution rests on three pillars to be developed simultaneously in a completely integrated manner. These three pillars are: renewable energy sources, energy storage technologies and intelligent energy networks. To optimise renewable energy and reduce its costs, it is necessary to develop storage technologies which will convert intermittent renewable energy into reliable energy sources. Hydrogen should be used as a storage vector for all renewable energy sources, thus making them viable. To this end, hydrogen will need to be produced from all energy sources (starting today from natural gas, nuclear and renewable) to develop the necessary technologies needed to achieve the hydrogen economy. As demonstrated by the economist Jeremy Rifkin, the third industrial revolution rests on three pillars to be developed simultaneously in a completely integrated manner. These three pillars are: renewable energy sources, energy storage technologies and intelligent energy networks. To optimise renewable energy and reduce its costs, it is necessary to develop storage technologies which will convert intermittent renewable energy into reliable energy sources. Hydrogen should be used as a storage vector for all renewable energy sources, thus making them viable. To this end, hydrogen will need to be produced from all energy sources (starting today from natural gas, nuclear and renewable) to develop the necessary technologies needed to achieve the hydrogen economy.

    5. Technology R&D Needs The chapter identified technology RD&D needs for various sectors. Power Generation Both the ACT Map and BLUE Map scenarios require high shares of renewable generation (35% and 46% respectively) and this will require significant RD&D breakthroughs in wind, solar, biomass, and (to a lesser extent) hydro and geothermal power generation. For CCS technologies, RD&D needs to be directed to reducing capture cost and improving overall system efficiencies, and storage integrity and monitoring. For nuclear technologies, although in principle the ACT Map and BLUE Map scenarios can be delivered with existing Generation III and Generation III+ technologies, RD&D is needed for Generation IV technologies and the associated fuel cycles which will help to reduce costs, minimize nuclear waste and enhance safety. Industry Both the ACT Map and BLUE Map scenarios is dependent on a wide range of innovative industrial technology developments including materials and product efficiency, process innovation, fuel and feedstock substitution, and CCS. In particular, various industry-related CCS technologies and fuel and feedstock substitutions require strong RD&D breakthroughs. The chapter identified technology RD&D needs for various sectors. Power Generation Both the ACT Map and BLUE Map scenarios require high shares of renewable generation (35% and 46% respectively) and this will require significant RD&D breakthroughs in wind, solar, biomass, and (to a lesser extent) hydro and geothermal power generation. For CCS technologies, RD&D needs to be directed to reducing capture cost and improving overall system efficiencies, and storage integrity and monitoring. For nuclear technologies, although in principle the ACT Map and BLUE Map scenarios can be delivered with existing Generation III and Generation III+ technologies, RD&D is needed for Generation IV technologies and the associated fuel cycles which will help to reduce costs, minimize nuclear waste and enhance safety. Industry Both the ACT Map and BLUE Map scenarios is dependent on a wide range of innovative industrial technology developments including materials and product efficiency, process innovation, fuel and feedstock substitution, and CCS. In particular, various industry-related CCS technologies and fuel and feedstock substitutions require strong RD&D breakthroughs.

    6. Financial support from individual participating countries programmes I chose this one because it is true that EUREKA works with the EC in the eurostars program: we could separate the EC only at Cluster levelFinancial support from individual participating countries programmes I chose this one because it is true that EUREKA works with the EC in the eurostars program: we could separate the EC only at Cluster level

    8. The EUREKA cluster dedicated to energy technologies Includes the full energy mix Renewable energies and decarbonization of fossil fuels Received a 5-year mandate to run its R&D program Project proposals evaluation, selection and label EUROGIA+ promotes and facilitates partnerships between industrials and researchers across EUREKA member countries The ultimate goal is to help develop low-carbon energy technologies that are environmentally friendly while providing an affordable energy supply that satisfies the growing energy demand. Addition of globe photo (focused on Europe)Addition of globe photo (focused on Europe)

    9. Attract and foster best-in-class projects Build up a network across 40 EUREKA countries and facilitate partner search Provide guidance to project proposers/partners Promote projects to Public Authorities and facilitate access to national financial support Monitor project implementation to ensure technological and commercial success Provide SMEs access to global markets and larger enterprises the flexibility of SME research and development Benefit from knowledge exchange with full control of Intellectual Property Rights I kept it as knowledge exchange but corrected the second part of the sentenceI kept it as knowledge exchange but corrected the second part of the sentence

    12. Energy mix & Value chains EG+ covers it all, except nuclear.EG+ covers it all, except nuclear.

    13. EUROGIA+ fosters partnerships between competencies covering a large spectrum of disciplines EG+ is about technologies; not building plants, developping the technology that enable building plants.EG+ is about technologies; not building plants, developping the technology that enable building plants.

    15. 16 Board Members: 12 LE, 4 SME, 8 countries 17 Supporting Countries 5 Calls 40 International Experts 20 Countries involved 200 Partners 75 POs 28 FPPs 22 Projects Labeled Budget: POs = 260 M; labeled = 100 M

    16. EUROGIA+ network

    17. CO2FieldLab monitoring of CO2 migration to the surface

    18. CO2 FieldLab project objectives A standardized set of monitoring protocols will need to be defined and accepted to enable financing and project insurance and to monetize carbon credits under evolving carbon regulatory regimes. EU: if leakage occurs, emission credits must be surrendered and the site stabilized A standardized set of monitoring protocols will need to be defined and accepted to enable financing and project insurance and to monetize carbon credits under evolving carbon regulatory regimes. EU: if leakage occurs, emission credits must be surrendered and the site stabilized

    19. Sol-Ion Overview

    20. Sol-ion,a successful development

    21. SMARTCAMPUS: Project Outlook OUTPUTS: Developing a local Smart Microgrid Building & deploying a real life demonstrator on a campus Developing new Smart grid business opportunities

    22. SMARTCAMPUS Change in Urban Environment paradigms Last but not least, all this changes are increasing the system complexity. And so, the installed base is already calling for a more sophisticated management of flow and load. This is what is behind the concept of smart grid. A concept we are seeing increasingly presented as a potential important contributor to the global efficiency of the system. Finally, this is also a concept very important for the last piece of our conundrum, the capture Last but not least, all this changes are increasing the system complexity. And so, the installed base is already calling for a more sophisticated management of flow and load. This is what is behind the concept of smart grid. A concept we are seeing increasingly presented as a potential important contributor to the global efficiency of the system. Finally, this is also a concept very important for the last piece of our conundrum, the capture

    23. EUROGIA+ Added Value To the project proposers: International Collaboration Large market access Top quality projects resulting from international peer review Eurogia+ label is key to access local funding. To meet societal needs: To satisfy growing energy demand. Contribution to 20-20-20 objectives Employment and job creations in Eureka countries Clean and safe technologies to be deployed worldwide

    24. The way forward EUROGIA+ White Book revision: Energy Production Energy Efficiency Energy Management EUROGIA+ website revamping: Going live in May EUROGIA+ Advisory Committee invitation: Energy Producers Board Members Executives Norwegian participation: Projects, Partners, Funding, Board members

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