Defossilisation through Innovation: One Week left to Submit Abstracts for the Renewable Materials Conference

Renewable Materials Conference from 22–24 September 2026 in Siegburg/Cologne (Germany): 80 presentations, 20 panel discussions, 16 workshops and an exhibition offer comprehensive networking with 400– 500 participants


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Defossilisierung durch Innovation: Nur noch eine Woche bis zum Ende der Einreichungsfrist für die Renewable Materials Conference

Renewable Materials Conference vom 22.–24. September 2026 in Siegburg/Köln (Deutschland): 80 Vorträge, 20 Podiumsdiskussionen, 16 Workshops und eine Ausstellung bieten umfassende Networking- Möglichkeiten für 400–500 Teilnehmende


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“Solar battery” supplies hydrogen from solar energy at the touch of a button – Copolymer enables flexible use of energy over time

For the first time, a German researchers team succeded in developin a new material that can store the energy from sunlight for several days and then release it in the form of hydrogen "at the push of a button"


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“Solar battery” supplies hydrogen from solar energy at the touch of a button – Copolymer enables flexible use of energy over time

For the first time, a German researchers team succeded in developin a new material that can store the energy from sunlight for several days and then release it in the form of hydrogen "at the push of a button"


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„Solarbatterie“ liefert auf Knopfdruck Wasserstoff aus Sonnenenergie – Copolymer ermöglicht zeitlich flexible Energienutzung

Einem deutschen Forscherteam ist es erstmals gelungen, ein Material zu entwickeln, das die Energie des Sonnenlichts über mehrere Tage speichern und schließlich „auf Knopfdruck“ in Form von Wasserstoff abgeben kann


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REALITY CHECK – Commission takes stock of ETS implementation with stationary installations

Interaction between different ETS components, such as monitoring, reporting, verification of emissions or of activity levels


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Samsung C&T and Axens Join Forces to Accelerate Global Deployment of CCUs Projects with advanced DMX Technology

This partnership marks a significant step forward in their shared commitment to support industry decarbonization efforts


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Samsung C&T und Axens: CCUS-Technologien schneller umsetzen

Samsung C&T und Axens haben eine Vereinbarung zur Zusammenarbeit bei Projekten zur CO2-Abscheidung und -Nutzung geschlossen. Die Partner wollen Lösungen für industrielle Anwendungen voranbringen


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Isabel Kaphahn von der RWTH Aachen, TEER, gewinnt ITAD-Sonderpreis auf dem 15. DGAW-Wissenschaftskongress in Pforzheim

Beitrag zum Thema Oxyfuel-Verfahren zur CO2-Abscheidung unter 67 Einreichungen ausgezeichnet


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France Commits $2B To Industrial Decarbonization & CCUS

The selected projects span cement, aluminum and chemical production – sectors where emissions are often process-related and difficult to eliminate through electrification alone


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WaterProof Webinar on Industrial-Urban Symbiosis: Business, Funding, and Practical Insights

Turning Underutilised Resources into Economic & Environmental Value 24 March 2026 from 13:00 to 14:30 CET


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MHI Successfully Demonstrates Production of Liquid Synthetic Fuels through an integrated Process Utilizing SOEC Co-Electrolysis and FT Synthesis

In this process, SOEC co-electrolysis is employed to produce hydrogen and carbon monoxide, which are then used as the feedstock for production of liquid synthetic fuels using Fischer-Tropsch synthesis equipment


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EU-funded Research Project UNICO₂RN Converts Biogenic CO₂ into Proteins and Bioplastics

Utilising biogenic CO₂ emissions through circular solutions


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EU-funded Research Project UNICO₂RN Converts Biogenic CO₂ into Proteins and Bioplastics

Utilising biogenic CO₂ emissions through circular solutions


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EU-funded Research Project UNICO₂RN Converts Biogenic CO₂ into Proteins and Bioplastics

Utilising biogenic CO₂ emissions through circular solutions


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EU-funded Research Project UNICO₂RN Converts Biogenic CO₂ into Proteins and Bioplastics

Utilising biogenic CO₂ emissions through circular solutions


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EU-funded Research Project UNICO₂RN Converts Biogenic CO₂ into Proteins and Bioplastics

Utilising biogenic CO₂ emissions through circular solutions


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EU-Forschungsprojekt UNICO₂RN nutzt biogenes CO2 zur Herstellung von Proteinen und Biokunststoffen

Nutzung biogener CO₂-Emissionen für kreislauffähige Strukturen


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