PROJECT IDENTIFICATION

ACRONIME

IDERCEXA

NAME

Research, Development and Renewable Energies for the improvement of the business clusters in Centro, Extremadura and Alentejo

PROJECT WEB LINK

N/A.

PROJECT LOGO

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DURATION

2017 - 2020

EUROPEAN PROGRAMME

NAME AND PROGRAMME LOGO

 

EU programne:  INTERREG VA Spain-Portugal (POCTEP)

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PROGRAMME WEB LINK

http://www.poctep.eu

PROJECT PARTNERSHIP

PARTNER

AGENEX –      Agencia Extremeña de la Energía,

CIEMAT-         Centro de Investigaciones Energéticas, Medioambientales y Tecnológicas

PROMEDIO -  Consorcio para la Gestión de Servicios Medioambientales de la Provincia de Badajoz

CENTIMFE -   Centro Tecnológico da Indústria de Moldes, Ferramentas Especiais e Plásticos

CICYTEX -      Centro de investigaciones Científicas y Tecnológicas de Extremadura

Dirección General de Arquitectura. Junta de Extremadura

INTROMAC -   Instituto Tecnológico de Rocas Ornamentales y Materiales de Construcción

IPPORTALEGRE - Instituto Politécnico de Portalegre

UEVORA -       Universidade de Évora

UNEX -            Universidad de Extremadura

Dirección General de Industria, Energía y Minas. Junta de Extremadura

NERSANT -     Associação Empresarial da Região de Santarém

NERE -            Núcleo Empresarial da Região de Évora

INPRESS -      Inpress’ Studio

ASPREMETAL - Asociación Regional de Empresarios del Metal de Extremadura

CLUSTEREX - Asociación Cluster de la Energía de Extremadu

PROJECT CONTENT AND BASIC INFO

ABSTRACT

• IDERCEXA provides the EUROACE area with a permanent structure of cooperation between companies and research centers

• IDERCEXA increases the number of companies in the EUROACE area that develop new innovative products and / or services has increased thanks to R & D & I cooperation with research centers.

• IDERCEXA improves the cooperation companies-research centers of the EUROACE area in R + D + i until the patented phase of new products, components and services.

GENERAL

DESCRIPTION

IDERCEXA focuses on the development of innovative technologies in three fields:

 

A) Solar/Metal Water/steam generation technologies (between 80-200 ºC) from innovative systems of solar thermal energy use of medium temperature. It has great potential for application in agro-industries and has not yet been exploited

 

B) Bioeconomics. Technologies for the use of biomass residues. This field encompasses two types of Solids from the EUROACE biomass production from “dehesas” (park-like arranged country & forest spaces) and other liquid wastes, turning them into resources with innovative biodigestion technologies, sludge concentration, composting,

 

C) Sustainable building and mobility. Technologies that have demonstrated high efficiency at a theoretical and experimental level but which have not yet been applied, such as: those aimed at improving the energy performance of large buildings, improving the efficiency of energy consumption systems, Incorporation of RES, etc ... and innovative technologies that allow CO2-free transport, such as those that develop telematic applications, electric mobility, pedestrian and cyclist, etc ...

 

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