Customize the use of cookies

This website uses cookies to provide more efficient navigation and analyze visitor traffic. You will find detailed information about them below.

Cookies classified as "Necessary" will be stored in your browser, as they are essential for enabling the basic functionalities of the site. We also use third-party cookies aimed at analytics (Google Analytics), which help us analyze how you use this website. You can choose to enable or disable some of these cookies, but doing so may affect your browsing experience.

Always Active

These cookies are required to provide basic functionality of the website and cannot be disabled. They do not store any private or personally identifiable data.

These cookies allow us to understand how visitors interact with the website and provide information related to the number of visits, traffic sources, and bounce rates.

These cookies are used to provide visitors with personalized ads based on the pages they previously visited and to analyze the effectiveness of advertising campaigns. They are usually related to the integration of social media videos on the website.

CARTIF PROJECTS

OPTIRAIL

New landfill exploitation techniques to improve biogas production and facilitate waste gas recovery

Description

The OPTIRAIL project (“Development of a Smart Framework based on Knowledge to Support Infrastructure Maintenance decision in Railway networks”) developed a comprehensive tool, based on Fuzzy and Computational Intelligent techniques, to manage all the elements that are relevant for track maintenance, predicting future conservations needs with optimal allocations of resources.

CARTIF assumes the technical coordination of the project and leads the development of work packages dedicated to conceptual design of the tool and dissemination. In addition, CARTIF participates in other work packages applying Computational Intelligence techniques to the domain of railway infrastructure maintenance.

Objectives

    • Develop new smart tools that will help to optimize railway maintenance operations ensuring higher railway availability, better cross-border coordination and improved efficiency.
    • Ensure a more effective planning of the management and activities of infrastructure maintenance based on expert knowledge accumulated over years of experience and to the information stored in the monitoring and maintenance management systems.

    Actions

    • Analyse specifications and requirements for efficient, reliable and sustainable maintenance of the railway systems.
    • Analyse transferability of concepts, ideas and solutions from other sectors.
    • Design and validate smart and collaborative tools based on fuzzy logic that become decision support.
    • Demonstrate usability of the project outcomes on existing rail network.
    • Define synergies and best practices between the cross-border networks.

    Expected results

    • Open smart framework based on knowledge for maintenance management to facilitate effective and efficient making decision in maintenance of railway networks.

    • Methodologies for infrastructure deterioration and maintenance decisions modelling: expert knowledge and data from monitoring systems modelled in order to take advantage of these organizational assets.

    • Knowledge based tool focused on Fuzzy Logic and Computational Intelligence techniques developed and validated in two case studies.

    Partners:

    Video presentation of the project

    FP7-TRANSPORT

    Grant Agreement No. 314031

    Overall budget: € 3.916.343,40
    Contribution: € 2.700.000,00
    Duration: 1-Oct-2012 to 30-Sep-2015

    Responsible

    Marta Galende

    Division of Industrial and Digital Systems

    Networking

    Technology of the information and communication projects:

    DIAMETER

    DIAMETER

    In the DIAMETER project, the physical-experimental results of the 3D metal additive manufacturing processes will be contrasted with computational simulations, with the aim of predicting the behaviour of the parts under different modifications of the process.

    read more
    CLIMRES

    CLIMRES

    CLIMRES aims to foster a ‘Leadership for Climate Resilient Buildings’, by addressing the identification and systematic categorisation of buildings’ vulnerabilities and estimating their impact in the buildings’ ecosystem considering the interlinkages within the urban context.

    read more
    SIRCULAR

    SIRCULAR

    SIRCULAR seeks to transform the construction sector into a sustainable, low-carbon industry through decarbonisation strategies. Its main objective is to reduce carbon emissions by minimising reliance on virgin materials and exploring low-carbon alternatives, such as recycled materials.

    read more
    ICARUS

    ICARUS

    ICARUS will represent a breakthrough in the research and demonstration of new technologies to upgrade Secondary Raw Materials ensuring similar quality as primary raw materials, of three waste streams to improve circular economy principles in several intensive industries with its implementation in the construction sector

    read more
    iPhotoCult

    iPhotoCult

    iPhotoCult has as objective to design, develop and validate innovative and sustainable photonic solutions for the preservation of Cultural Heritage. These solutions, applicable on remote or in situ, include advance diagosis tools and a platform of services on the cloud that allos the precise monitorization of buildings, monuments and artefacts

    read more
    Membrane Contactors Pilot Plant

    Membrane Contactors Pilot Plant

    Technological offer Membrane Contactors Pilot PlantDescription Capacity to treat up to 50 m3/h of gas flow. Componentes Clean stage: condensator and active carbon filters. 7 bars ATEX compressor Membrane contactors: 5 lineas x 2 contactor/line (each lina with capacity...

    read more
    Share This