Compromiso de SusChem- España en la eficiencia energéica de edificios

Transcripción

1 Compromiso de SusChem- España en la eficiencia energéica de edificios Plataforma Tecnológica Española de Química Sostenible, SusChem- España Proyecto INF Mª Eugenia Anta

2 Miembros 11% 13% 13% 10% 9% Asociación Centro Tecnológico Empresa OPI Universidad Grupo ConsulBvo 44%

3 Nueva Estructura Consejo Gestor ASEBIO, FEDIT, FEIQUE, Tecnalia Secretaría Técnica Grupo ConsulIvo I+D Innovación Cooperación Oficina de proyectos Biotecnología Industrial Materiales y Nanotecnología Reacciones y Procesos Valorización Química de Residuos Personas Finanzas Mercados Transferencia de Tecnología Red NTP Otras Plataformas Tecnológicas Españolas CCAA Iberoamérica

4 Proyectos Visionarios La Plataforma Bene en cuenta casi todas las áreas sociales 3 ideas de proyectos futuristas: Smart Energy Home Bio- refinería Fábrica F 3

5 Smart Energy Home h[p:// Facilitar innovación inter- sectorial inspirada en situaciones domésbcas cobdianas, deseos y problemas Promover la idea de las casas generadoras de energía como el concepto de casa en cualquier ciudad, pueblo o vecindario en toda Europa Aumentar la concienciación sobre el consumo energébco en los hogares y como las nuevas tecnologías y productos disponibles pueden minimizarlo a la vez que contribuyen a experiencias vitales posibvas Apoyar a cualquiera que quiera crear SEH proporcionándoles un fácil acceso a conocimiento experto, materiales y formación

6 Europe 2020 (smart, sustainable, inclusive growth) Flagship initiatives (political strategies: drivers & beneficiaries) Youth Digital agenda Resource efficiency Innovation Union Industrial policy Skills&jobs Poverty Other policies (political implementation strategies) Eco-Innovation Bio-based KETs Low carbon Renewable energy etc. European Innovation Partnerships on societal challenges (political and technological implementation strategies) Raw Materials Healthy ageing Water efficiency Smart Cities Agricultural sustainability Multi-financial framework (financial support for «science», «industrial technologies» & «societal challenges») Horizon2020 EIT FP7 CIP Life+ EIB Structural Funds ERDF ESF ECF Risk Capital National Funding

7 Financiación europea para proyectos de I+D+I Nuevo Programa de I+D+I , Horizonte 2020 Propuesta de Presupuesto: millones de euros (incremento del 45%) para 7 años. Ciencia de Excelencia millones Liderazgo Industrial millones Retos Sociales millones Fondos Estructurales Propuesta de Presupuesto: millones de Euros para 7 años Fondo de Desarrollo Regional Fondo Social Europeo Fondos de Cohesión SET Plan Propuesta de Presupuesto: millones de euros (50% fondos públicos) para 10 años. De los cuales Ciudades Inteligentes (Eficiencia EnergéBca) millones de euros

8 Ciencia de Excelencia Liderazgo industrial Retos sociales Agenda de Investigación del sector Químico.- SUSCHEM Partenariado Publico Privado SPIRE 300 millones/año 50% fondo público European Innovation Partnerships (EIP) Seguridad alimentaria, agricultura sostenible, investigación marina y marítima y bioeconomía Energía segura, limpia y eficiente Transporte inteligente, ecológico e integrado Acción por el clima, eficiencia de los 8 recursos y materias primas

9 II. Industrial Leadership 1.BUILD LEADERSHIP IN ENABLING AND INDUSTRIAL TECHNOLOGIES Dedicated support for ICT, nanotechnologies, advanced materials, biotechnology, advanced manufacturing and processing, and space, Specific support for cross- cudng acbons to capture the accumulated benefits from combining several Key Enabling Technologies; 2. Facilitate access to risk finance for invesing in research and innovaion 3. Provide wide support for innovaion in SMEs

10 Industrial Leadership 1. ICT Micro- and nanoelectronics and photonics 2. Nanotechnologies 3. Advanced materials 4. Biotechnology 5. Advanced Manufacturing and Processing 6. Space Boost innovabon between space and non- space sectors

11 Nanotechnologies 2.1. Developing next generabon nanomaterials, nanodevices and nanosystems 2.2. Ensuring the safe development and applicabon of nanotechnologies 2.3. Developing the societal dimension of nanotechnology 2.4. Efficient synthesis and manufacturing of nanomaterials, components and systems 2.5. Developing capacity- enhancing techniques, measuring methods and equipment

12 Advanced Materials 3.1 Cross- cudng and enabling materials technologies 3.2. Materials development and transformabon 3.3. Management of materials components 3.4. Materials for a sustainable industry 3.5. Materials for creabve industries 3.6. Metrology, characterisabon, standardisabon and quality control 3.7. OpBmisaBon of the use of materials

13 Biotechnology 4.1. BoosBng cudng- edge biotechnologies as future innovabon drivers 4.2. Biotechnology- based industrial processes 4.3. InnovaBve and compebbve plakorm technologies

14 Advanced Manufacturing 5.1. Technologies for Factories of the Future 5.2. Technologies enabling Energy- efficient buildings - E2B PPP 5.3. Sustainable and low- carbon technologies in energy- intensive process industries New, sustainable business models

15 Europe 2020 Europe 2020 Strategy for a smart, sustainable and inclusive economy Flagship IniIaIves Youth on the move A digital agenda for Europe Resource efficient Europe InnovaIon Union An industrial policy for the globalisaion era An agenda for new skills and jobs European plajorm against poverty HLG KET European InnovaIon Partnerships (EIPs) Healthy ageing Raw Materials Water Smart CiIes Smart Mobility Mul5- program funding will be applied (PAC, SET Plan,) Agricultural sustainability YE 2011 PPP Resource Efficiency In Process Industry millones de euros Financial instruments Horizon2020 EIT FP7 CIP SET PLAN EIB Structural Funds Risk Capital EU and nabonal funding programmes, risk capital & structural funds NaIonal Funding 15

16 EIP Smart CiIes

17 SET PLAN CONTENTS. EC and stakeholders (EII) have decided on prioribes and amounts 1. Wind contribute 33% by 2030: 6 billion 2. Solar contribute 15% by 2020: 16 billion 3. Electricity connect 50% of trad. networks to renewable energy plants by 2020: 2 billion 4. Bio- energy contribute 14% by 2020: 9 billion 5. Energy efficiency ciies: 11 billion 6. Nuclear fission GeneraBon IV by 2030): 7 billion 7. Fuel cells/hydrogen JTI targets: 470 million 8. CCS 13 billion 6 roadmaps + Smart CiBes PNO 2012

18 Smart CiIes - InnovaIon Partnership European Commission proposed objectives by 2020: Support a number of pioneering European cibes (> 20 Mio inhabitants) Boost innovabve solubons regarding energy efficiency, the use of low carbon technologies and solubons and the smart management of energy supply and demand. Targets: reduce their CO2 emissions by more than 20% compared to 2010 levels; increase the share of renewable energy in the energy used for electricity supply, heabng and cooling by 20% compared to 2010 levels; increase end use energy efficiency by 20% compared to the 2010 baseline scenario. Chemical industry proposed contribution: new concepts and new materials for energy efficiency (i.e. in construcbon, energy generabon / storage / efficient use) new concepts and new materials for smart living including individual mobility SusChem ConstrucBon Plakorm: CoordinaBon Support acbon approved Mio Euro ) start Q ( 1

19 Smart City CEFIC became an Associated Partner 4 SusChem members on the expert panel. aim is to come up with a technology roadmap for the build environment for 2014 and beyond, the blueprint for a new PPP to follow Energy Efficient Buildings. 19

20 Muchas Gracias es.org es.org