Green Hydrogen NewsGreen Hydrogen News
    LinkedIn X (Twitter) YouTube Facebook
    Trending
    • Peregrine Hydrogen Raises $7.8M to Revolutionize Green Hydrogen Production
    • Hexagon Purus Accelerates Zero-Emission Mobility with New Kassel Facility
    • Técnicas Reunidas and Allied Green Ammonia Unite for $8.5B Green Hydrogen Project
    • Meanwhile in Brazil
    • Jordan Becoming Regional Green Hydrogen Powerhouse
    • Worley Gets FEED Work for Central Queensland Hydrogen Project
    • Cyprus Pioneers Europe’s First Hydrogen Valley
    • China vs. USA Race to Dominate the Hydrogen Economy
    LinkedIn X (Twitter) YouTube Facebook
    Green Hydrogen NewsGreen Hydrogen News
    • NEWS
      • Authorities
      • Blitz
      • Breaking News
      • Finance
      • Jobs
      • H2 Plant
      • Politics
      • Press Release
      • Sponsored
      • Stock
      • Tenders
      • Video
    • HYDROGEN
      • Aviation
      • Electrolyzers
      • Fuel Cells
      • Green Hydrogen
      • Hydrail
      • Innovation
      • Pipelines
      • Projects
      • Stations
      • Storage
      • Technology
      • Vehicles
    • SPOTLIGHT
      • Analysis
      • Interviews
      • Podcast
      • Research
      • Reviews
      • Specials
      • Webinars
    • REGIONAL
      • Africa
      • Americas
      • Asia
      • Europe
      • Middle east
      • Pacific
    • CONTACT
    • ADVERTIZE
    • SUBSCRIBE
    Green Hydrogen NewsGreen Hydrogen News
    Home Home - Projects
    hydrogen

    FDE Consortium Selected for Carbon-Free Hydrogen Project in Wallonia

    Anela DoksoBy Anela Dokso06/07/20233 Mins Read
    Share
    LinkedIn Twitter Facebook Email WhatsApp Telegram

    FDE, an independent multi-energy producer with a negative carbon footprint, has been chosen by the Walloon government to lead the HECO2-PLASMALYSE HYBRIDE consortium.

    The consortium aims to promote the use of carbon-free hydrogen in the region’s energy mix by 2050. This groundbreaking project involves transforming various methane sources into clean hydrogen and solid carbon materials using Hybrid Plasmalysis technology. The initiative aligns with the European Union’s climate neutrality goals and FDE’s commitment to sustainable development in the Greater Region.

    The HECO2 project focuses on constructing a clean hydrogen production pilot plant using Hybrid Plasmalysis technology. This innovative technology, developed by the consortium, converts methane from diverse sources into clean hydrogen and solid carbon forms without releasing CO2 emissions. By harnessing this patented process, the consortium aims to achieve a significant reduction in direct CO2 emissions and pave the way for a more sustainable energy future.

    The HECO2-PLASMALYSE HYBRIDE consortium comprises prominent Belgian and international industrial and research players, including FDE’s subsidiary Gazonor Benelux, AGC Glass Europe, GATE2, EDF Luminus, Vanheede Environment Group, the Polytechnic University of Mons (UMONS), and the Materia Nova research center. The ultimate goal of the project is to construct a plant capable of producing 15,000 tons of hydrogen and 45,000 tons of carbon materials while significantly reducing CO2 emissions.

    In addition to clean hydrogen production, the project aims to explore the use of different local methane sources in Wallonia, such as biomethane and mine gas. This investigation will contribute to enhancing the region’s understanding of solid carbon produced through the Hybrid Plasmalysis process. The project seeks to qualify the qualities of the carbon materials generated, further expanding its potential applications.

    The Walloon government’s decision to support the carbon-free hydrogen project marks a significant milestone in the region’s energy transition. The initiative aligns with the European Union’s ambitious climate targets and accelerates the integration of carbon-free hydrogen in the regional energy mix. FDE, as a key participant, is proud to contribute to this development, which highlights its commitment to sustainable and locally sourced energy production.

    FDE’s involvement in the HECO2 project aligns with its broader strategy in the H2 ecosystem of the Greater Region. By providing ecologically and economically competitive local energy production, FDE aims to reduce carbon footprints and enhance resilience in the territories it serves. The company’s participation in the circular economy reinforces its position as a leading player in promoting sustainable development and driving the energy transition.

    FDE green hydrogen HECO2-PLASMALYSE HYBRIDE hydrogen Walloon
    Share. LinkedIn Twitter Facebook Email

    Related Posts

    Peregrine Hydrogen Raises $7.8M to Revolutionize Green Hydrogen Production

    22/09/2023

    Hexagon Purus Accelerates Zero-Emission Mobility with New Kassel Facility

    22/09/2023

    Técnicas Reunidas and Allied Green Ammonia Unite for $8.5B Green Hydrogen Project

    22/09/2023

    Meanwhile in Brazil

    22/09/2023

    Jordan Becoming Regional Green Hydrogen Powerhouse

    22/09/2023

    Worley Gets FEED Work for Central Queensland Hydrogen Project

    22/09/2023

    Peregrine Hydrogen Raises $7.8M to Revolutionize Green Hydrogen Production

    22/09/2023

    Hexagon Purus Accelerates Zero-Emission Mobility with New Kassel Facility

    22/09/2023

    Técnicas Reunidas and Allied Green Ammonia Unite for $8.5B Green Hydrogen Project

    22/09/2023

    Meanwhile in Brazil

    22/09/2023

    Subscribe to Updates

    Get the latest news from the hydrogen market subscribe to our newsletter.

    Final Transparent Green Logo (horizontal)-desktop version (RGB)
    LinkedIn X (Twitter) Facebook YouTube

    News

    • Inteviews
    • Webinars
    • Hydrogen
    • Spotlight
    • Regional

    Company

    • Information
    • Advertising
    • Media Kits
    • Contact Info
    • GDPR Policy

    Subscriptions

    • Subscribe
    • Newsletters
    • Sponsored News

    Subscribe to Updates

    Get the latest news from EnergyNewsBiz about hydrogen.

    © 2023 EnergyNews.biz
    • Privacy Policy
    • Terms
    • Accessibility

    Type above and press Enter to search. Press Esc to cancel.