Innovation
Eiffage Construcción develops innovative processes to improve safety, the environment and the comfort of citizens: high-performance products and specific pavement recycling processes.
Our scientific teams work in collaboration with leading schools, universities, institutions and innovative companies to design and build the road of the future.
Innovation
Eiffage Construcción develops innovative processes to improve safety, the environment and the comfort of citizens: high-performance products and specific pavement recycling processes.
Our scientific teams work in collaboration with leading schools, universities, institutions and innovative companies to design and build the road of the future.
RESEARCH LABORATORIES
The Eiffage Group has quality control laboratories to guarantee the highest quality of its products.
At Eiffage Construcción we believe that the future lies in the development of new techniques and products that provide answers to the needs detected in the market, within the scope of the construction sector, with the aim of showing a cutting-edge and competitive technology.
To guarantee the maximum quality of all its products, the EIFFAGE Group has 7 Quality Control laboratories located in different parts of Spain, all managed by highly qualified personnel and equipped with the necessary equipment to study raw materials (aggregates, binders and emulsions) as well as bituminous mixtures and concrete in accordance with the requirements of the Construction Materials Directive for CE marking and other current regulations.
At Eiffage Construcción we believe that the future lies in the development of new techniques and products that provide answers to the needs detected in the market, within the scope of the construction sector, with the aim of showing a cutting-edge and competitive technology.
To guarantee the maximum quality of all its products, the EIFFAGE Group has 7 Quality Control laboratories located in different parts of Spain, all managed by highly qualified personnel and equipped with the necessary equipment to study raw materials (aggregates, binders and emulsions) as well as bituminous mixtures and concrete in accordance with the requirements of the Construction Materials Directive for CE marking and other current regulations.
Three of our laboratories give priority to technological support for R&D&I activities.
South Zone
Road: SE-445 pk.25, Utrera (Sevilla)
East Side
Los Tres Santos Area , Abanilla, (Murcia)
Downtown Area
Mir Street s/n, Vicálvaro (Madrid)
INNOVATION PROJECTS
Towards more automated and optimised road maintenance, renewal and upgrading through robotic technologies and intelligent decision support tools.
Cognitive automation platform for the digital transformation of Europe's process industry.
Bio-repaving of roads.
Joint Innovation Unit on Valorisation of agro-forestry residues into advanced building materials and technologies
Cloud expert system for the energy and resource optimisation of an asphalt plant connected in real time with the construction site
New generation of ecological asphalt from recycled materials and high durability and acoustic performance. New generation of asphalt agglomerates from recycled materials with high acoustic performance and durability.
Self-repairable and resistant asphalts for harbours.
New and safer pavements under extreme temperature conditions
Reuse of agricultural plastic waste in the manufacture of bituminous mix for use on roads using dry process technology.
Un sistema de monitorización de túneles para la gestión de tráfico y control estructural del firme.
Este proyecto tiene como objetivo. garantizar la seguridad del personal que trabaja en una cantera.
Serrano Aznar Obras Públicas está en proceso de desarrollo del proyecto "Firmes Asfálticos Ecoluminiscentes" - FECOLUM.
Tratamientos superficiales en firmes asfálticos para mejorar la resistencia al deslizamiento, mediante la incorporación de una metodología nueva que permita en laboratorio evaluar/predecir el comportamiento antideslizante de las capas de rodadura a largo plazo de su vida útil.
El objetivo general de este proyecto es estudiar la posibilidad de reutilizar los residuos-escorias generados durante el proceso de soldadura de arco sumergido (SWA) en la fabricación de mezclas asfálticas y hormigones.
El centro para el desarrollo tecnológico industrial (CDTI), aprobó la participación de la empresa EIFFAGE INFRAESTRUCTURAS con una de las empresas del grupo, AGLOMERADOS LOS SERRANOS S.A.U. en el [...]
Towards more automated and optimised road maintenance, renewal and upgrading through robotic technologies and intelligent decision support tools.
Cognitive automation platform for the digital transformation of Europe's process industry.
Bio-repaving of roads.
Joint Innovation Unit on Valorisation of agro-forestry residues into advanced building materials and technologies
Cloud expert system for the energy and resource optimisation of an asphalt plant connected in real time with the construction site
New generation of ecological asphalt from recycled materials and high durability and acoustic performance. New generation of asphalt agglomerates from recycled materials with high acoustic performance and durability.
Self-repairable and resistant asphalts for harbours.
New and safer pavements under extreme temperature conditions
Reuse of agricultural plastic waste in the manufacture of bituminous mix for use on roads using dry process technology.
Un sistema de monitorización de túneles para la gestión de tráfico y control estructural del firme.
Este proyecto tiene como objetivo. garantizar la seguridad del personal que trabaja en una cantera.
Serrano Aznar Obras Públicas está en proceso de desarrollo del proyecto "Firmes Asfálticos Ecoluminiscentes" - FECOLUM.
Tratamientos superficiales en firmes asfálticos para mejorar la resistencia al deslizamiento, mediante la incorporación de una metodología nueva que permita en laboratorio evaluar/predecir el comportamiento antideslizante de las capas de rodadura a largo plazo de su vida útil.
El objetivo general de este proyecto es estudiar la posibilidad de reutilizar los residuos-escorias generados durante el proceso de soldadura de arco sumergido (SWA) en la fabricación de mezclas asfálticas y hormigones.
El centro para el desarrollo tecnológico industrial (CDTI), aprobó la participación de la empresa EIFFAGE INFRAESTRUCTURAS con una de las empresas del grupo, AGLOMERADOS LOS SERRANOS S.A.U. en el [...]
Towards more automated and optimised road maintenance, renewal and upgrading through robotic technologies and intelligent decision support tools.
Cognitive automation platform for the digital transformation of Europe's process industry.
Bio-repaving of roads.
Joint Innovation Unit on Valorisation of agro-forestry residues into advanced building materials and technologies
Cloud expert system for the energy and resource optimisation of an asphalt plant connected in real time with the construction site
New generation of ecological asphalt from recycled materials and high durability and acoustic performance. New generation of asphalt agglomerates from recycled materials with high acoustic performance and durability.
Self-repairable and resistant asphalts for harbours.
New and safer pavements under extreme temperature conditions
Reuse of agricultural plastic waste in the manufacture of bituminous mix for use on roads using dry process technology.
Un sistema de monitorización de túneles para la gestión de tráfico y control estructural del firme.
Este proyecto tiene como objetivo. garantizar la seguridad del personal que trabaja en una cantera.
Serrano Aznar Obras Públicas está en proceso de desarrollo del proyecto "Firmes Asfálticos Ecoluminiscentes" - FECOLUM.
Tratamientos superficiales en firmes asfálticos para mejorar la resistencia al deslizamiento, mediante la incorporación de una metodología nueva que permita en laboratorio evaluar/predecir el comportamiento antideslizante de las capas de rodadura a largo plazo de su vida útil.
El objetivo general de este proyecto es estudiar la posibilidad de reutilizar los residuos-escorias generados durante el proceso de soldadura de arco sumergido (SWA) en la fabricación de mezclas asfálticas y hormigones.
El centro para el desarrollo tecnológico industrial (CDTI), aprobó la participación de la empresa EIFFAGE INFRAESTRUCTURAS con una de las empresas del grupo, AGLOMERADOS LOS SERRANOS S.A.U. en el [...]
