annex i template jaca 18 april 2013 v 6g - … · universidad de la rioja 14 orera, víctor m....
TRANSCRIPT
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops RENEWABLE ENERGY NAME UNIVERSITY NAME UNIVERSITY
1 Antoñanzas Torres, Fernando Universidad de La Rioja 12 Martínez Martínez, María Universidad de Zaragoza
2 Astrain Ulibarrena, David Universidad Pública de Navarra 13 Nájera, Silvano; Gil Martínez, Montserrat Universidad de La Rioja
3 Azofra, Diego; Jiménez Macías, Emilio Universidad de La Rioja 14 Orera, Víctor M. Universidad de Zaragoza
4 Bonet, José Antonio Universitat de Lleida 15 Peña, José Ángel Universidad de Zaragoza 5 Contín Pilart, Ignacio Universidad Pública de Navarra 16 Pérez, Gabriel Universitat de Lleida
6 Fernández Jiménez, Luis Alfredo Universidad de La Rioja 17 Pérez Herrera, Rosa Ana Universidad Pública de Navarra
7 Gandía Pascual, Luis Mª Universidad Pública de Navarra 18 Pires Ezquerra, Elisabet Universidad de Zaragoza
8 García Gorostegui, Almudena Universidad Pública de Navarra 19 Rodríguez García, Antonio Universidad Pública de Navarra
9 Gil Bravo, Antonio Universidad Pública de Navarra 20 Sanchís Gúrpide, Pablo Universidad Pública de Navarra 10 Gonzalo Callejo, Alberto Universidad de Zaragoza 21 Sanz Adán, Félix Universidad de La Rioja 11 Lahoz, Fernando J. Universidad de Zaragoza 22 Serra, Luis M. Universidad de Zaragoza KEY New on April 17th
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
University of La RiojaRenewable EnergyFernando Antoñanzas Torres [email protected]
Graduate Student www.mineriadatos.com (EDMANS)
Soft Computing and Data Mining strategies for developing predictive and descriptive models.Finite Element Method and Computational Fluid Dynamics (CFD) for simulating complex process.Geo-Statistics applied to renewable energy resource assessments.Solar photovoltaic energy and solar radiation.Solar hybridation in combined cycles gas turbines.
1. RFS-PR-060352. RFS-CR-040233. RFS-CR-03012
1. partner2. partner3. partner
1. Development of an innovative hybrid procedure for combiningtension-levelling and skin-pass rolling (HYPROCOM)2. Investigation modelling and control of the influence of theprocess route on steel strip technological parameters and coatingapperance after hot dip galvanising (IMGALVA).3. Temperature and Straightness of Sections and Rails (TESTRA)
Developing predictive and descriptive useful models to characterize and analyze complex spatial variables of renewable energies by means of the use ofGeo-Statistics and Soft Computing (SC) Techniques combined with Numerical Simulation Methods like Finite Element Method (FEM) or Computational FluidDynamics (CFD).
Current collaborations with the CIEMAT (Spanish Institute of Energy, Environment and Technology)and Polytechnic University of Madrid in the fields of solar radiation and solar resource assessmentsbased on geo-statistics.
Taller (Agroalimentación, EnergíaRenovable, Nanotecnología y Materiales,Patrimonio )
UniversidadE‐mail de contacto
Título Programa Rol (coordinador/socio)
‐
Objetivos e intereses en
Horizonte 2020
Otra información relevante(colaboraciones con otras Universidades del C. Iberus ‐EbroS…)Website
Coordinador del Grupo de Investigación en Ingeniería Térmica y de Fluidos
Nombre y cargo
ANEXO I. Modelo común de Template para recoger la información de los investigadores participantes en los talleres:
Energía Renovable
David Astrain Ulibarrena
Universidad Pública de Navarra
https://investigacion.unavarra.es/caw/CawServlet?cmd=grup_artrev#actividad
Dentro de la temática general de Ciencia excelente: desarrollo de nuevas tecnologías novedosas, como es el caso de la termoelectricidad, aplicada a la conversión de energía residual en energía eléctrica, así como los sistemas de refrigeración
Dentro de la temática general de retos sociales: desarrollo de nuevas tecnologías más seguras, limpias y que permitan reducir el consumo de energía. Aquí se enmarcan nuestras líneas de generación termoeléctrica y energía solar
Participación en Proyectos Europeos
Líneas de Investigación
Generación de energía eléctrica mediante sistemas termoeléctricosSistemas de refrigeración termoeléctricos, por compresión de vapor y absorciónEnergía solar térmica y termoeléctrica de concentraciónIntercambiadores de calor y termotecnia
ASTRAIN ULIBARRENA, DAVID, UPNA 1/1
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
University of La RiojaRenewable EnergyEmilio Jiménez Macías (main researcher); Diego Azofra (attendant) [email protected], Main researcher of the Modelling, simulation, and optimization Group http://www.unirioja.es/servicios/sgib/inv
Renewable energyEnvironmental impactModelling and simulationSystems engineering
We have collaborated in several national projects, even ascoordinator, but our only experience in European Projects isthe participation as collaborator in one application, which wasfinally rejected.
Our group is very interested in collaborating in a European Project. We have large experience in national projects andprojects from the University to industry (transference of results of research), and we think that we can contribute toimportant European Projects on Renewable Energy.
Our group collaborates with two groups of other Universities of C. Iberus-EBRoS: the group of Prof. CarlosJavierre (UZ), collaborating on environmental impact, and the group of Dr. Juan Ignacio Latorre (UPNA),collaborating on modelling and simulation.The group is also in permanent contact with several European groups on Simulation, since the main researcher ofthe Group is the Spanish representative in EUROSIM (The Federation of National Groups on Simulation inEurope) and is General Co-chairman of one of the most important conferences in Europe in this field, EMSS2013.
BONET, JOSÉ ANTONIO, UdL 1/2
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
Renewable energy University
University of Lleida (UdL)
Name José Antonio Bonet e-mail [email protected]
Position Lecturer-Department of Crop and Forest Sciences Website www.udl.cat
Areas of research / expertise Forestry, Forest Management, Forest planning, Bioenergy, non wood-forest products, protected forest areas
Name (Ongoing projects) Programme
Role (coordinator/partner)
Participation in European Projects Multipurpose trees and non-wood forest products a challenge and opportunity (STAR-TREE). Robert Mavsar (IP project). Period: 2012-2016. Total Budget: 5.992.987 €. Own budget: 432.200 €. E-Wood (Building a Master of Wood Energy. Tapani Tasanen (IP project), José Antonio Period: 2012-2015. Total Budget: 450.000 €. Own budget: 52.130 €. Mediterranean Forestry and Natural Resources Management (MEDfOR) Jose Borges (IP master), José Antonio Bonet (IP Univ. Lleida). Period: 2012-2016. European non-wood forest products (NWFPs) network (FP1203). Luis Fontes (IP project), José Antonio Bonet (Member of Management). Period: 2013-2017. La mycosylviculture et la valorisation des champignons sauvages comestibles comme facteurs de durabilité et de multifonctionnalité forestière-MICOSYLVA+ Fernando Martínez Peña (IP project). Period : 2012-2014. Total Budget: 920.381,25 € Own budget: 172.425 €.
VII Framework Programme-Collaborative Project (KBBE.2012.1.2-06) EAECE.Lifelong Learning Programme ) (527635-LLP-1-2012-1-FI-ERASMUS-EMCR) EAECE-Erasmus Mundus Action 1-Joint Master Courses (520137-1-2011-1-PT-ERA MUNDUS-EMMC). COST Action (FP1203) Program Interreg IVB-PO SUDOE. (SOE3/P2/E533).
Partner Partner Partner Partner Partner
Goals and interests in Horizon 2020
Societal challenge: EU Bioeconomy challenges: Food security, sustainable agriculture and forestry, marine and maritime and inland water research 1. Sustainable agriculture and forestry
1.1 Increasing production efficiency and coping with climate change, while ensuring sustainability and resilience 1.2 Providing ecosystem services and public goods
BONET, JOSÉ ANTONIO, UdL 2/2
1.3 Empowerment of rural areas, support to policies and rural innovation 1.4 Sustainable forestry
4. Sustainable and competitive bio-based industries and supporting the development of a European bio-economy 4.1 Fostering the bio-economy for bio-based industries 4.2 Developing integrated biorefineries
4.3 Supporting market development for bio-based products and processes LEADERSHIP IN ENABLING AND INDUSTRIAL TECHNOLOGY: Biotechnology
1. Boosting cutting-edge biotechnologies as a future innovation driver
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
Taller (Agroalimentación, EnergíaRenovable, Nanotecnología y Materiales,Patrimonio )
UniversidadE‐mail de contacto
Título Programa Rol (coordinador/socio)
‐‐
Secure, clean and efficient energy challengeObjetivos e intereses en Resource efficiency and climate action challengeHorizonte 2020
Otra información relevante(colaboraciones con otras Universidades del C. Iberus ‐EbroS…)Website
ANEXO I. Modelo común de Template para recoger la información de los investigadores participantes en los talleres:
Economía energética. Empresas energéticas.Eficiencia y productividad. Eficiencia y costes energéticosRegulación de preciosGestión de la innovación
ENERGÍA
Participación en Proyectos Europeos
Líneas de Investigación
IGNACIO CONTÍN PILART (Profesor Titular de Universidad)UNIVERSIDAD PÚBLICA DE [email protected]
Nombre y cargo
CONTÍN PILART, IGNACIO, UPNA 1/1
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
La RiojaRenewable EnergyLuis Alfredo Fernández Jiménez [email protected]
Associate Professor (profesor titular)
1. Development of Spatial Decision Support Systems and Negotiation Aid Systems for the integration of newpower plants based on renewable resources.2. Short-term forecasting systems for power plants based on renewable resources (wind, solar and minihydro).3. Application of Geographical Information Systems in energy planning.
A single, smart European electricity grid: smart grids, distributed generation integration, flexible storage, local energy management,uncertainty reduction of instantaneous power output of RES based power plants, demand response and demand side management.Robust decision making and public engagement: Decission and negotiation support systems for RES based power plants.
Collaboration with other two research groups at University of Zaragoza and University of Porto(Portugal).
Taller (Agroalimentación, EnergíaRenovable, Nanotecnología y Materiales,Patrimonio )
UniversidadE‐mail de contacto
Título Programa Rol (coordinador/socio)
‐
Objetivos e intereses enHorizonte 2020
Otra información relevante(colaboraciones con otras Nacional de I+D+i, ENE2012‐37431‐C03‐03)Universidades del C. Iberus ‐EbroS…)
Website
Proyecto activo: Aprovechamiento de gas no convencional: reactores de microcanales en GTL (Plan
(Retos Sociales) Combustibles alternativos y fuentes de energía móviles:
Participación en Proyectos Europeos
Líneas de Investigación
Luis Mª Gandía PascualCatedrático de Universidad. Responsable del grupo de investigación "Reactores Químicos".
Universidad Pública de [email protected]
Miembro del Grupo de Hidrógeno de la Universidad Pública de NavarraNombre y cargo
Lograr que la bioenergía sea competitiva y sostenibleReducir el plazo de comercialización de las tecnologías basadas en el hidrógenoNuevos combustibles alternativos
ANEXO I. Modelo común de Template para recoger la información de los investigadores participantes en los talleres:
Microrreactores catalíticos para aplicaciones energéticas(combustibles sintéticos,hidrógeno y gas no convencional)Catalizadores heterogéneos y estructurados para la síntesis de biodiéselHidrógeno energético: producción, aplicaciones y aspectos de seguridadDinámica de Fluidos Computacional
Energía Renovable
GANDIA PASCUAL, LUIS Mª, UPNA 1/1
Taller (Agroalimentación, EnergíaRenovable, Nanotecnología y Materiales,Patrimonio )
Nombre y cargo
UniversidadE‐mail de contacto
Hidrología e hidráulica. Estudio de cuencas. Caracterización del recurso hídrico. Avenidas
Título Programa Rol (coordinador/socio)
Management and Exploitation of Solar Resource Knowledge ‐ MESoR
Socio
Objetivos e intereses enHorizonte 2020Otra información relevante(colaboraciones con otras Universidades del C. Iberus ‐EbroS…)Website https://investigacion.unavarra.es/caw/CawServlet?cmd=detall_grupo&contador=482&f_ini=2001&f_fin=2030
ANEXO I. Modelo común de Template para recoger la información de los investigadores participantes en los talleres:
Energías renovables: solar fotovoltaica, eólica,biomasa y biocarburantesPropiedades de carácter electromagnético de productos agrarios y alimentarios
Aplicaciones de la Teledetección, los modelos digitales del terreno, los modelos digitales de superficies, LIDAR y los sistemas de información geográfica
GNSS. Aplicaciones en geodesia, geodinámica, monitorización de estructuras y meteorología
Energías RenovablesMateriales
Líneas de Investigación
Materiales de construcción sostenibles. Valorización de residuos industriales, agrícolas y de construcción y demolición
Participación en Proyectos Europeos
Almudena García Gorostiaga ‐ Titular de Universidad. Investigadora del Grupo de Investigación "Proyectos, ingeniería rural y energías renovables"
Universidad Pública de [email protected]
GARCIA GOROSTIAGA, ALMUDENA, UPNA 1/1
Taller (Agroalimentación, EnergíaRenovable, Nanotecnología y Materiales,Patrimonio )
UniversidadE‐mail de contacto
Título Programa Rol (coordinador/socio)
Objetivos e intereses enHorizonte 2020
Otra información relevante(colaboraciones con otras Universidades del C. Iberus ‐ Otras universidades (extranjeras/proyectos de investigación): Franca y Praná (Brasil), San Luis (Argentina), Pontificia Católica EbroS…)
Website
ANEXO I. Modelo común de Template para recoger la información de los investigadores participantes en los talleres:
Ingeniería de la reacción química. Aplicaciones: combustión catalítica de compuestos orgánicos volátiles (COV), producción dehidrocarburos líquidos a partir de gas de síntesis (CO/H2), nuevos procesos de oxidación parcial.
Ingeniería Medioambiental. Desarrollo y aplicaciones de nanomateriales. Sensores y catalizadores.
Nanotecnología y Materiales
Ingeniería medioambiental. Valorización y minimización de la generación de residuos industriales. Mejores tecnologíasdisponibles.
Ingeniería Medioambiental. Depuración de efluentes líquidos y gaseosos contaminados. Adsorción de moléculas gaseosas y
Participación en Proyectos Europeos
Líneas de Investigación
Antonio Gil Bravo. Catedrático de Universidad
Universidad Publica de [email protected]
Nombre y cargo
líquidas en sólidos porosos.
Universidades C. Iberus‐EbroS: Zaragoza y LleidaOtras universidades (españolas/proyectos de investigación): Salamanca
(Perú), Hassan II (Marruecos)
(Portugal), Orléans (Francia), San Carlos (Guatemala), Boreskow Institute of Catalysis (Rusia), Nariño (Colombia)Otras universidades (extranjeras/colaboraciones): Catholique de Louvain (Bélgica), Limerick (Irlanda), Lisboa y Oporto
GIL BRAVO, ANTONIO, UPNA 1/1
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
Universidad de ZaragozaRenewable EnergyAlberto Gonzalo Callejo [email protected]
Researcher (GPT) - I3A http://i3a.unizar.es/• Valorisation and upgrading via thermochemical processes. Pyrolysis and Gasification. Research and Process development, from laboratory to demonstration scale plants.Use of different residues: lignocellulosic residues, meat & bone meal, sewage sludge, MSW-RDF, black liquor.• Catalytic Gasification of Biomass and Hydrogen Production.• Steam reforming of pyrolysis liquids.• Reactions in combustion and reduction of pollutant emissions. NOx reduction by gas reburning. Oxidation of organic oxygenates used as diesel fuel additives.• Biodiesel. Process optimization and simulation. Additives from biomass.• Pulp and paper production from agroforestry residues and rapid-growth crops.
- E.C Program Capacities CallID FP7- INFRASTRUCTURES 2011-1
- COST action -CM0901
- Joint Programme Bioenergy. EERA -BioEnergy
- RFCR-CT-2005-00008
- Cross-border cooperation Aragon -AquitaineCTP-P0209
Partner
Partner
Partner
Partner
Coordinator
- Biofuels Research Infrastructure for Sharing Knowledge” - BRISK
- Detailed Chemical Kinetic Models for Cleaner Combustion
- European Energy Research Alliance.
- Catalytic co-gasification in an innovative rotary kiln gasifier (COAL-STEEL-RTD C) CO.CA.CO.R.K.
- Agroforest wastes to syngas through bio-oil
To strengthen participation in EU research networks in which we are involved, essentially EERA– Bionergy and the new Public Private Partnership (PPP) calls BRIDGE.- To develop the project BRISK which required a strong interaction between the 27 partners. As a result of this European collaboration to develop multilateral project on Bioenergy and Biorefineries.
We have close connection and collaborative research projects with the next University
- Université de Pau et des Pays de l'Adour - Laboratoire de Thermique, Energétique et Procédés; Contact person: Frédéric Marias.
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
Zaragoza (ISQCH)Renewable EnergyProf. Fernando J. Lahoz [email protected]
Director Reseach lnstitute (ISQCH) www.icma.unizar-csic.es
Metal-based catalysis. Sustainable synthesis of highly selectiva products (drugs, basis materials,new peptides, etc.)C02 Treatment: Towards the reincorporation of C02 in the chemical industry.Catalytic water splitting: towards the sustainable production of Hydrogen.
FP7 - PEOPLE
NMP3-CT-2005
FUE (011774)
LIFE11 ENV/ES/560
partner
partner
partner
partner
* Homogeneous Supported Catalysts Technologies (NANO-HOST) (Dr. J. M. Fraile)
* lntegrated Design of Catalytic Nanomaterials for sustainable production- IDECATNetwork of excellence (Prof. LA Oro)
* Advanced safer solvents for innovative industrial eco-processing (Dr. J.I. GarcíaLaureiro)
* CeramGiass (Prof. M. Laguna)
Joining specific projects/actions where synthetic Chemistry and Catalysis could be a relevant tapie.
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
ZaragozaRenewable EnergyMaría Martínez Martínez (AGUDEMA) [email protected]
PTU www.unizar.es
Derecho de Aguas, Protección del Medioambiente, Energías Renovables, Protección deconsumidores y usuarios en contratación electrónica de energía: gas, agua y electricidad,Obligaciones de las empresas del sector público suministradoras de agua, gas y energía en elámbito de la Unión Europea.
I+D+I Antonio EmbidIrujo
SergioSalinasAlcega
- Proyecto de investigación del Ministerio de Educación y Ciencia sobre Infraestructuras, valores públicos ymedio ambiente (2004-2006). Ref. SEC 2003-08643.- Proyecto de investigación concedido por el Ministerio de Educación y Ciencia sobre Políticas ambientalessupraestatales: derechos humanos y mercado (2007-2009). Ref. SEJ2006-05445/JURI.- Proyecto de investigación concedido por el Ministerio de Ciencia e Innovación sobre Política del agua enEuropa: transformaciones institucionales, jurídicas y económicas derivadas de la implantación de la Directivamarco de aguas. Expansión del modelo comunitario de gestión del agua (2010-2012). Ref. DER2009-14235.- Proyecto de investigación concedido por el Ministro de Economía y Competitividad sobre Agua, Energía yCambio climático en la crisis económica y en el contexto europeo (2013-2015). Ref. DER2012-35066.- Política europea de aguas y medio ambiente: su aplicación en España. El programa es Lifelong Learning :Erasmus, Jean Monnet, organizado por la Comisión Europea.
Investigación y la innovación; cambio climático y energía, lucha contra la pobreza.
Ejemplos de otras acciones y proyectos AECID del equipo de investigación AGUDEMA (dir. Antonio Embid Irujo):
- Proyecto de investigación titulado Agua y territorio, con la Universidad del Externado (Bogotá-Colombia), de la Agencia Española de Cooperación Internacional, 2007 (ref. A/6202/06).- Acción complementaria titulada Problemas jurídicos en relación con las aguas, con la Universidad Federal de Rio Grande do Norte (Natal-Brasil), de la Agencia Española de Cooperación Internacional, 2007 (ref. C/6065/06).- Proyecto de investigación titulado Organismos de cuenca en España y Argentina: organización, competencias y financiación, con la Universidad de Mendoza (Argentina), de la Agencia Española de CooperaciónInternacional, 2008-2009 (ref. A/7786/07 y A/019728/08).- Acción complementaria titulada Tarifas y administración del recurso hídrico. Los casos de España y Costa Rica, con la Universidad de Costa Rica, de la Agencia Española de Cooperación Internacional, 2008 (ref.C/010131/07).- Acción complementaria titulada Desarrollo constitucional, con especial atención al medio ambiente, con la Universidad de Cuenca (Ecuador), de la Agencia Española de Cooperación Internacional, 2009 (ref. C/018021/08).- Proyecto de investigación titulado La calidad de las aguas: aspectos jurídicos y tratamiento económico, con el Colegio de México, de la Agencia Española de Cooperación Internacional, 2009-2010 (ref. A/023727/09).- Proyecto de cooperación universitaria titulado Formación de profesores de Derecho en Derecho de Aguas y en la cooperación para la creación de espacios de educación superior comunes (con la Facultad de Derecho de laUniversidad de La Habana) (Proyecto José Martí), concedido por el Gobierno de Aragón, 2011-2012.
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
University of La RiojaRENEWABLE ENERGYSilvano Nájera / Montserrat Gil-Martinez [email protected]
Research Postgraduate / Research Group Leader
CONTROL THEORY: Quantitative Robust Control. Multivariable. Load-sharing. Unstable and Non-minimumphase systems. Multiloop control.
APPLIED CONTROL: Industrial Processes. Waste Water Treatment. Electrical Power Systems. UnmannedVehicles. Robotics.
Plan Riojano I+D+I. LaRioja Government.From 30/11/2010 to30/11/2013.
Fundamental ResearchProjects. MCyT. SpainGovernment. From1/10/2006 to 31/03/2010.
Coordinator
Partner
IMPULSA 2010/01 - Robust control strategies for systems withmultiple inputs and/or multiple outputs. Application to Waste WaterTreatment.
CICYT-DPI-2006-15522-C02 - Robust control methodologies for thegovernment of non-linear, multivariable and distributed parametersystems. Application to space, biological and industrial systems.
INTEREST: Partnership in European Project. AREA: Control Engineering applied to Renewable Energies
TOPICS: Active and Reactive Power Control. Frequency and Bus Voltage Control. Distributed Generation. Non-conventional Power Plants (wind turbines, solarcells). Grid and Standalone Interconnection. Power Electronics Converter Control. Induction and Synchronous Generator Control.
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
ZaragozaRenevable EnergyVictor M. Orera [email protected]
Prof. Investigación CSIC http://fmc.unizar.es/people/orera/
Solid Oxide Fuel CellsCeramic ProcessingLaser processing of MaterialsPhotonic Materials
FP7-2012-NMP-ICT-FoF
FP7-2008-NMP-CP-213669-2
CEE RACE nº 2018GRD1-2000-25403
Partner
Partner
PartnerPartner
- Development of new UV laser for customization at industrial level throughhigh quality marking on different materials (UV-Marking)-ENgineered SELF-organised Multicomponent structures with novelcontrollaBLe Electromagnetic functionalities (ENSEMBLE)-Glass amplifiers for integrated networks (GAIN)-Advanced Ultra-Thin Ceramic Membranes for Efficient Industrial Processes(CERMOX)
Functional Energy Ceramic MaterialsPhotonic Ceramic Materials
None
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
Universidad de ZaragozaRenewable Energy (linking with Materials workshop)
José Angel Peña [email protected]
Associate Director i3A - Processes & Recycling - CREG http://i3a.unizar.es* Catalysis: funcionalization of catalyst, taylor-made catalysts, zeolites.
* Non-conventional reactors: Membrane Reactors, Politropic Reactors, Fluidized Bed Reactors (Two-zone Fluidized Bed -TZFBR-, Interconnected Fluidized Bed -ICFBR-, FBR+Membrane -MFBR-)
* Modelization, Simulation and Optimization: from kinetic modelling to PFD and BoP.
* Processes currently under research:- COx free Hydrogen from Ammonia (used as vector) and Methane (through thermal decomposition and purification by "steam-iron").- Hydrogen from bio-wastes: Dry reforming of methane, Bio-oil decomposition.- Hydrogen from biodiesel byproducts (Steam reforming of glycerol).- COPROX and SELOX.
BRITE-EURAM BRPR-CT95-0046
JOULE JOE3-CT95-0022
G1RD-CT-1999-0076
ENK5-CT-2001-00571
NMP3-CT-2004-500623
JP EERA Bioenergy-2011
Partner
Partner
Partner
Partner
Partner
Partner
1.- Development of Inorganic Membrane Reactors for Selective Oxidation to Oxygenates, in particular n-Butane to Maleicanhydride
2.- Development of Inorganic Membrane Reactors for Oxidative Dehydrogenation of Propane and Selective Oxidation ofPropane
3.- High performance microporous inorganic membranes for pervaporation and vapour permeation technology
4.- Grangemouth Advanced CO2 Capture Project (GRACE)
5.- NanoMemPro "Expanding membrane macroscale applications by exploring nanoscale material properties
6.- European Energy Research Alliance - JP Bioenergy.
+ Retain membership in EU research networks and platforms+ Inclusion (as Associate) in PPP BRIDGE+ Active participation in EERA BioEnergy (UNIZAR - Associate Member)
* Topics of interest: Biorefinery, New fuels, Hydrogen from renewables, Syngas - Fischer-Tropsch, "in situ" CO2 removal / sequestration, Waste valorization
Ancient collaboration with Université de Pau et des Pays de l'Adour (mid nineties).
PEREZ, GABRIEL, UdL 1/2
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
Renewable energy University
University of Lleida Research Center INSPIRES
Name Gabriel Pérez (Luisa F. Cabeza) e-mail [email protected]
Position Associate Professor – researcher at Inspires (Professor – director of Inspires) Website
Areas of research / expertise
Thermal renewable energy, mainly solar energy Sustainability ICT
Name Programme Role (coordinator/partner)
Participation in European Projects Next generation cost effective phase change materials for increased energy efficiency in renewable energy systems in buildings (NeCoE-PCM) Action TU0802 2009-2013 Acció 4: Observatorio transfronterizo del desarrollo de las energías renovables (Projet d'innovacion et de cooperation universitaire pour l'emploi transfrontalier transversalis.) EFA40/08 – TRANSVERSALIS 2009-2012 MERITS: More effective use of Renewables Including compact seasonal Thermal energy Storage FP7 Coorpation – 295983 2012-2016 Learning to learn together: A Visual Lanfuage for social orchestration of educational activities FP7 2010-2013
COST INTERRREG IV FP7 – ENERGY FP7
Partner Partner Partner Participant
PEREZ, GABRIEL, UdL 2/2
MediaMixer - Community and Networking for the Remixing of Online Media FP7-318101 2012-2014
FP7
Partner
Goals and interests in Horizon 2020
Energy efficiency Sustainability ICT
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
Collaboration with Univ. of Zaragoza, Univ. of Navarra, Univ. of La Rioja, Univ. of Pau and Univ. of Toulouse
Taller (Agroalimentación, EnergíaRenovable, Nanotecnología y Materiales,Patrimonio )
UniversidadE‐mail de contacto
Título ProgramaRol
(coordinador/socio)ECOAL‐MGT Gestión ecológica de pilas de residuos de carbón de combustión SUDOE (SOE/P2/P714 ) Socio
Novel and Reliable Optical Fibre Sensor Systems for Future Security and Safety Applications COST Action TD 1001 Socio
Desarrollo de nuevos láseres de fibra óptica para telecomunicaciones, sensores y Subprograma de Acciones Coordinadoraplicaciones industriales (HI2008‐0130) IntegradasOptical fibres for new challgentes facing the information society (FIDES) COST Action 299 Socio
Objetivos e intereses enHorizonte 2020
Otra información relevante 57 proyectos con instituciones(colaboraciones con otras 77 proyectos con empresasUniversidades del C. Iberus ‐ Colaboración con la Universidad de Zaragoza (proyecto Cost 299)EbroS…)Website http://www.unavarra.es/optical‐communications‐group
Energía segura, eficiente y limpia (Secure, clean and efficient energy)Acción climática, eficiencia de recursos y materiales (Climate action, resource efficiency and raw materials)Sociedades inclusivas, innovadoras y seguras (Inclusive, innovative and secure societies)
Participación en Proyectos Europeos
Líneas de Investigación
Comunicaciones ópticasSensores de fibra ópticaDispositivos opticos nanoestructuradosAplicaciones electrónicas y de comunicaciones
Nombre y cargo
ANEXO I. Modelo común de Template para recoger la información de los investigadores participantes en los talleres:
ENERGIA RENOVABLENANOTECNOLOGÍA Y MATERIALES
Rosa Ana Pérez Herrera (profesor Ayudante Doctor)
UNIVERSIDAD PUBLICA DE [email protected]
PEREZ HERRERA, ROSA ANA 1/1
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
ZARAGOZAEnergyELISABET PIRES EZQUERRA [email protected]
associate professor http://iuch.unizar.es:8282/cheso/
heterogeneous catalysisgreen chemistryOrganic chemistry
FP6
Marie Curie InitialTraining Network
partner
partner
Red de Excelencia IDECAT
Homogeneous Supported Catalysts Technologies: thesustainable approach to highly-selective, fine chemicalsproduction (NANO-HOST)
use of renewable raw materials for the production of chemical products.Residues valorization for chemicals production
Taller (Agroalimentación, EnergíaRenovable, Nanotecnología y Materiales,Patrimonio )
UniversidadE‐mail de contacto
Título Programa Rol (coordinador/socio)
‐‐
Objetivos e intereses en
Horizonte 2020
Otra información relevante(colaboraciones con otras Universidades del C. Iberus ‐EbroS…)
Website https://investigacion.unavarra.es/caw/CawServlet?cmd=grup_artrev#actividad
Dentro de la temática general de Ciencia excelente: desarrollo de nuevas tecnologías novedosas, como es el caso de la termoelectricidad, aplicada a la conversión de energía residual en energía eléctrica, así como los sistemas de refrigeración
Dentro de la temática general de retos sociales: desarrollo de nuevas tecnologías más seguras, limpias y que permitan reducir el consumo de energía. Aquí se enmarcan nuestras líneas de generación termoeléctrica y energía solar
Participación en Proyectos Europeos
Líneas de Investigación
Generación de energía eléctrica mediante sistemas termoeléctricosSistemas de refrigeración termoeléctricos, por compresión de vapor y absorciónEnergía solar térmica y termoeléctrica de concentraciónIntercambiadores de calor y termotecnia
Nombre y cargo
ANEXO I. Modelo común de Template para recoger la información de los investigadores participantes en los talleres:
Energía Renovable
Antonio Rodríguez GarcíaMiembro del Grupo de Investigación en Ingeniería Térmica y de FluidosUniversidad Pública de Navarra
RODRIGUEZ GARCIA; ANTONIO, UPNA 1/1
Taller (Agroalimentación, EnergíaRenovable, Nanotecnología y Materiales,Patrimonio )
UniversidadE‐mail de contacto
Título Programa Rol (coordinador/socio)
MOET Project (More Open Electrical Technologies) VI Programa marco SocioPV CROPS” (PhotoVoltaic cost reduction, Reliability, VII Programa marco SocioOperational performance, Prediction and Simulation‐
Objetivos e intereses en Aumentar nuestra participación en proyectos Europeos en temáticas relacionadas con las EERRHorizonte 2020Otra información relevante(colaboraciones con otras Universidades del C. Iberus ‐EbroS…)
Website
Participación en Proyectos Europeos
Líneas de Investigación
Pablo Sanchis GúrpideTitular de [email protected]
Nombre y cargo
ANEXO I. Modelo común de Template para recoger la información de los investigadores participantes en los talleres:
Energía Solar FotovoltaicaConversión de Energía en sistemas eólicosSistemas aislados y microrredesAlmacenamiento de energía eléctrica
Energía
SANCHIS GURPIDE, PABLO, UPNA 1/1
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
La RiojaRenewable EnergySanz Adan, Felix [email protected]
Catedrático of University www.unirioja.esEuropean Research Council:PE8 - Products and processes engineering: product design, process design and control,construction methods, civil engineering, energy systems, material engineeringPE8_12 - Sustainable design (for recycling, for environment, eco-design)PE8_6 - Energy systems (production, distribution, application)
UNESCO codes:3313 - Mechanical Engineering and Technology3322 - Energy Technology
PROFIT.Ref:FIT-120000-2006-172
CICYT & FEDER.Ref: 2FD1997-1355.
Headresearcher:
Researcher
PROJECT: Development "no icing-system" on blades for wind turbines, applicable toconventional generators operating facilities.FROM: 2006/01/01 TO: 2007/12/30
PROJECT: Recovery, research and museological the Old Quarter of "Calagurris Iulia".FROM: 1999/12/31 TO: 2001/12/31
- Smart, green and integrated transport.- Future and Emerging Technologies (FET)
ANNEX I. Common model of Template to collect the information of the researchers taking part in the workshops
Workshop (Agrifood, Renewable Energy, Nanotechnology and Materials, Territorial Development)
University
Name e-mailPosition Website
Areas of research / expertise
Name Programme Role(coordinator/partner)
Participation in European Projects
Goals and interests in Horizon 2020
Other relevant information (collaborations with other universities of C. Iberus – EBRoS…)
Universidad de ZaragozaRenewable Energy (interest also in Materials workshop)
Luis M. Serra [email protected] of GITSE - Aragón Institute for Engineering Research (I3A) http://i3a.unizar.es/• Solar energy: Integration of solar energy in industrial energy systems for industrial applications as well as for buildings, bioclimatic concepts, solar collectors, solar cooling, concentrating solar power (dish stirling).• Thermal energy storage: Phase Change Materials (PCM), PCM thermophysical characterization, PCM-air heat exchangers, PCM integration into building components, PCM slurries as heat transfer fluid or storagemedium.• HVAC: Modelling, analysis and experimentation of heating and cooling systems for buildings, new refrigeration technologies such absorption and adsorption.• Modelling, simulation and design of thermal devices; Mathematical modeling of fundamental transport heat and mass transfer phenomena and thermal processes.• Two phase flow: Very close connected with previous one, this research activity involved study of thermodynamics of two-phase flow gas-solid and liquid-vapor, boiling flows and heat transfer in boiling flow.• Modelling, simulation and design of energy systems; Mathematical modeling of thermal energy systems oriented to the synthesis, design and optimization of complex energy systems; energy process integrationspecifically oriented to the design of optimized poly-generation systems.• Thermoeconomics, eco-efficiency and energy optimization: Evaluation of costs of internal flows and final products based on Thermodynamics Laws and Economics oriented to the synthesis, analysis, evaluation andoptimization of complex energy systems, considering also environmental criteria.
- FP7 EU RTD COST Action TU0802
- Cross-border cooperation Aragon -Aquitaine- Cross-border cooperation Aragon -Aquitaine- Cross-border cooperation Aragon -Aquitaine
- EU CRAFT Cooperative ProjectProgramme
- EERA - JP Smart Cities
Partner
CoordinatorCoordinatorCoordinator
Partner with UdL
Associate
- Next generation cost effective phase change materials for increased energy efficiency in renewable energy systems inbuildings (NeCoE-PCM)
- Solar refrigeration. Design and optimization of a solar absorption cooling system- Development of composites as thermal insulation materials composed of a polymer matrix including phase change material- Modelization and experimental validation of the dynamic behaviour of a solar absorption cooling system
- Development of Smart Microencapsulated Organic Phase Change Materials for Enhancing Heat Storage Capacities ofConcrete- MOPCON
- European Energy Research Alliance - JP Smart Cities. Coordination SP4 Urban-City related Energy Supply Technologies
- Continued participation in EU research networks and platforms on our areas of research and expertise- Continued participation in research projects- Continued participation in EERA. The EERA Joint Programme on Smart Cities covers one of the thematic areas defined in the SET-Plan, and the SET-Plan will guide the content of Energy Calls in thefuture. Therefore, our goal as members and co-coordinators of the JP is twofold: 1) work in the definition of a clear roadmap on the integration of renewable energy sources into urban energy networks andthe increase in energy efficiency in cities (to find gaps as well as synergies) and, 2) actively contribute to develpe the Smart Cities concept through the participation as a valuable partner in upcoming calls.
We have close connection and collaborative research projects with the next Universities- Universitat de Lleida; Research Group GREA; Contact person: Luisa F. Cabeza (Head of GREA)- Université de Pau et des Pays de l'Adour - UPPA; IUT - Génie Thermique et Energie; Contact person: Youssef ZERAOULI (Head ofDepartement)
Furthermore we are participating in a Masters Program proposal entitled, Masters on Thermal Energy and Environment, succefully approved by theInternational Centre of Postgraduate and Doctorate Studies of C. Iberus (December 2011) with the participation of the next universities:Universitat de Lleida, Universidad de Zaragoza (several departments and research groups pertaining to I3A), Universidad de La Rioja, UniversidadPública de Navarra, Université de Pau et des Pays de l'Adour