Strategic Research and Innovation Agenda for Renewable ... - EGEC
Strategic Research and Innovation Agenda for Renewable ... - EGEC
Strategic Research and Innovation Agenda for Renewable ... - EGEC
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<strong>Renewable</strong>Heating & CoolingEuropean Technology Plat<strong>for</strong>mAppendix 4Synoptic tables of research <strong>and</strong> innovation prioritiesby RHC technology type<strong>Strategic</strong> research <strong>and</strong> innovation priorities <strong>for</strong> Biomass TechnologyBIO.1BIO.2<strong>Research</strong> <strong>and</strong> <strong>Innovation</strong> Priorities Predominant type of activity ImpactImprove system design of residential biomassheating systemsDemonstrate the potential of efficient biomass boilers<strong>and</strong> stoves to improve air quality <strong>and</strong> reduce energyconsumptionDemonstration By 2020Demonstration By 2020BIO.3 Cost-effective micro-CHP systems Development/ Demonstration By 2020BIO.4Development of next generation of firewoodstoves (<strong>and</strong> inset appliances <strong>and</strong> cookers)Development By 2030BIO.5 Fuel flexible residential scale boilers <strong>Research</strong> By 2030BIO.6 Cost effective solutions to reduce dust emissions Demonstration By 2020BIO.7BIO.8BIO.9BIO.10Cogeneration technologies <strong>and</strong> small scale biomassgasification technologiesDevelopment of advanced cost-efficient high qualitysolid <strong>and</strong> liquid biomass fuels from agro-biomass,bio-degradable waste, <strong>for</strong>estry <strong>and</strong> aquatic biomassDevelopment of highly efficient large-scale or industrialCHP with enhanced availability <strong>and</strong> high temperatureheat potentialDevelopment of high efficient biomass conversion systems<strong>for</strong> tri-generation (heating, cooling <strong>and</strong> power)Development By 2020Development/ Demonstration By 2030Demonstration By 2020Development By 2030BIO.11 Cost efficient CHP plants using biomass <strong>and</strong> biogas Development By 2020BIO.12 Development of CO 2 -negative bioenergy systems <strong>Research</strong> After 2030<strong>Strategic</strong> research <strong>and</strong> innovation priorities <strong>for</strong> Geothermal TechnologyGEO.1GEO.2GEO.3GEO.4GEO.5GEO.6<strong>Research</strong> <strong>and</strong> <strong>Innovation</strong> Priorities Predominant type of activity ImpactOptimisation of ground-coupling technology(i.e. technology to exchange heat with the groundin an optimal way)Improving the underst<strong>and</strong>ing of the shallowgeothermal reservoir<strong>Research</strong> on pipe material <strong>for</strong> borehole heatexchangers (BHE) or horizontal ground loopsSystem concepts <strong>and</strong> applications <strong>for</strong> geothermalcooling in warm climatesDevelopment of ground coupling technologies<strong>and</strong> installation techniques <strong>for</strong> high capacitiesIntegration of design of the shallow geothermal system<strong>and</strong> building energy system with regard to optimumthermal use <strong>and</strong> operational strategyDevelopment By 2020Development By 2020<strong>Research</strong> By 2030Development By 2020Demonstration By 2020Development By 2030GEO.7 Geothermal Heat <strong>for</strong> industrial processes up to 250 °C Development/Demonstration By 2020GEO.8 Production pump technology <strong>for</strong> temperatures >180 °C Development/Demonstration By 2020GEO.9 Unconventional resources <strong>and</strong> very high temperatures <strong>Research</strong> By 2030GEO.10 Deep Drilling Development By 2020GEO.11 Production technologies Demonstration By 2020GEO.12 Surface systems <strong>for</strong> heat uses in DHC (incl.CHP) Demonstration By 2020GEO.13 Enhanced Geothermal Systems (EGS) Development By 2030GEO.14 Resource Assessment <strong>for</strong> deep geothermal heat use <strong>Research</strong>/Development By 203093
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